Fox

—$78

FOX 34 SL suspension fork air shaft assemblies for service and repair. FOX 34 SL Air Shaft Assembly Air Springs & Parts UPC: 821973507552

by FOX

—$309

FOX 34 SL suspension fork complete damper assemblies for service and repair. FOX 34 SL Damper Assembly Damper, Compression UPC: 821973507507

by FOX

—$429

FOX 36 SL suspension fork Crown/Steerer/Uppertube assembies for service and repair. FOX 36 SL Crown/Steerer/Uppertube Assembly Crown/Steerer/Uppertube Assembly UPC: 821973507934

by FOX

—$309

FOX 36 SL suspension fork lower leg assembies for service and repair. Item Specifications Color Shiny Black FOX 36 SL Lower Leg Assembly Lower Leg Assembly UPC: 821973507835

by FOX

—$309

FOX 36 SL suspension fork lower leg assembies for service and repair. Item Specifications Color Matte Black FOX 36 SL Lower Leg Assembly Lower Leg Assembly UPC: 821973507231

by FOX

—$110

FOX suspension fork damper top cap assembies for service and repair. FOX Damper Top Caps Top Cap UPC: 821973507811

by FOX

—$292

FOX 34 SL suspension fork Crown/Steerer/Uppertube assembies for service and repair. FOX 34 SL Crown/Steerer/Uppertube Assembly Crown/Steerer/Uppertube Assembly UPC: 821973507255

by FOX

—$309

FOX 34 SL suspension fork lower leg assembies for service and repair. Item Specifications Color Shiny Orange FOX 34 SL Lower Leg Assembly Lower Leg Assembly UPC: 821973507217

by FOX

—$44

Top Caps for Fox suspension fork service and repair. FOX Top Caps Top Cap UPC: 821973507637

by FOX

—$309

FOX 34 SL suspension fork lower leg assembies for service and repair. Item Specifications Color Matte Black FOX 34 SL Lower Leg Assembly Lower Leg Assembly UPC: 821973507170

by FOX

—$309

FOX 34 SL suspension fork lower leg assembies for service and repair. Item Specifications Color Shiny Black FOX 34 SL Lower Leg Assembly Lower Leg Assembly UPC: 821973507590

by FOX

—$2,199

Engineered for unforgiving descents, technical race lines, and the world's most demanding riders, FOX introduces Factory Podium Inverted, a new benchmark in single crown fork performance. Delivering exceptional fore-aft rigidity, ultra-smooth travel, and DH-style confidence, Podium brings an unfair advantage to enduro racers and all-mountain riders alike. Podium is designed to be ridden like a downhill fork. No barriers. No hesitation. Complete confidence that your front wheel will hold the line, no matter how fast-or how big-you push it. All this while keeping your bike in a familiar range of travel and geometry in a single crown package. Fox designed this inverted fork to get the absolute maximum performance out of the industry leading GRIP X2 damper, with every possible gain for smoothness in its travel and confidence-inducing fore-aft rigidity in the chassis. Welcome to the Unfair Advantage. Welcome to Podium. 68HT version is designed for use with larger diameter headtubes typically associated with eBikes To take full advantage of a damper s capabilities, FOX engineers pursued the optimal design to provide ultra-low friction under load by turning the traditional fork design on its head with an inverted chassis, providing unmatched damping sensitivity when combined with the award-winning Grip X2 damper At the core of Factory Podium Inverted is uncompromising fore-aft stiffness made possible by oversized 47mm upper tubes and a generatively-designed crown structure, allowing riders to hold precise lines with total confidence even at downhill speeds To further increase torsional stiffness, FOX replaced the standard 15mm axle with a steel 20 x 110mm Boost DH axle, distributing forces more evenly across the lower leg interface 175mm of bushing overlap is 32% more than the 38 and even 7% more than the FOX 40 to deliver an unbeatable chassis stiffness and reduced friction under heavy loads The FLOAT EVOL GlideCore air spring, designed with built-in lateral and axial compliance, allows the spring to flex with the f Item Specifications Axle to Crown Length 576 Brake Type Post Mount 200 Color Black Crown Race 40 Defined Color Black External Adjustments High Speed Compression Damping External Adjustments Low Speed Compression Damping External Adjustments Rebound Damping Front Axle 20mm Thru x 110mm Boost keyword search FOX Model Year 26 keyword search FOX MY26 Lockout Switch Crown Maximum Tire Width 66 Negative Spring Air Offset 44 Positive Spring Air S.H.I.S. Stem Clamp Diameter 28.6 Stanchion Diameter 36 Steerer Tube Length (mm) 264 Steerer Type Tapered Travel (mm) 160 Weight 2695 Wheel Size 29" FOX Factory Podium Inverted Suspension Fork Suspension Fork UPC: 821973513218

by FOX

—$719

The World Cup proven DHX2 is full of features, delivering ultimate performance and control when the trail gets steep. Nothing sticks to the ground quite like a coil shock. The DHX2 takes the coil sensation and adds sophisticated damping, a massive overall tuning range and super low-friction internals for the ultimate gravity racing shock. The FOX DHX2 rear shock shares the same revolutionary 4-way adjustable monotube architecture as new FLOAT X2 platform in a silky-smooth coil spring variant (Coil Spring Sold Separately) 4-way adjustable high and low speed rebound and compression X2 has a new larger base valve with more individual valves and is combined with a pressure balanced tune for increased support, without harshness More supportive Firm mode on independent circuit, now with lever detents Variable Valve Control (VVC) on high-speed rebound for race-level performance in any situation Detents on spring collar to low preload without coil migration MCU bottom out bumper for bottomless end-stroke gives riders the support and control needed on bigger hits and bottom out events Item Specifications External Adjustments Coil Preload External Adjustments High Speed Compression Damping External Adjustments Low Speed Compression Damping External Adjustments Rebound Damping Eye to eye length (mm) 205 Eyelet Diameter (mm) Trunnion, 12.7 keyword search FOX Model Year 26 , FOX MY26 Lockout Switch Shock Mounted Switch Positive Spring Coil Stroke (mm) 60 FOX DHX2 Factory Rear Shock Rear Shock UPC: 821973510378

by FOX

—$719

The World Cup proven DHX2 is full of features, delivering ultimate performance and control when the trail gets steep. Nothing sticks to the ground quite like a coil shock. The DHX2 takes the coil sensation and adds sophisticated damping, a massive overall tuning range and super low-friction internals for the ultimate gravity racing shock. The FOX DHX2 rear shock shares the same revolutionary 4-way adjustable monotube architecture as new FLOAT X2 platform in a silky-smooth coil spring variant (Coil Spring Sold Separately) 4-way adjustable high and low speed rebound and compression X2 has a new larger base valve with more individual valves and is combined with a pressure balanced tune for increased support, without harshness More supportive Firm mode on independent circuit, now with lever detents Variable Valve Control (VVC) on high-speed rebound for race-level performance in any situation Detents on spring collar to low preload without coil migration MCU bottom out bumper for bottomless end-stroke gives riders the support and control needed on bigger hits and bottom out events Item Specifications External Adjustments Coil Preload External Adjustments High Speed Compression Damping External Adjustments Low Speed Compression Damping External Adjustments Rebound Damping Eye to eye length (mm) 205 Eyelet Diameter (mm) Trunnion, 12.7 keyword search FOX Model Year 26 , FOX MY26 Lockout Switch Shock Mounted Switch Positive Spring Coil Stroke (mm) 60 FOX DHX2 Factory Rear Shock Rear Shock UPC: 821973510354

by FOX

—$1,070

Packed with features to dominate the descents, the 36 answers the call from aggressive all-mountain riders. Available in both trail-focused GRIP X and gravity-focused GRIP X2 damper options. GRIP X damper exudes exemplary descent performance, refined for less weight, easier set up and an easy access firm mode for pedaling efficiency Generative design-assisted lower leg arch shape increases torsional stiffness by 20%, while reducing overall material Additional 30mm bushing overlap than the prior model 36, reduces chassis friction, increasing stiffness and boosting performance New compliant FLOAT EVOL air spring design allows for a slight misalignment under load, reducing chassis friction noticeably Lower leg bypass channels were relocated 90 inboard to a lower stress area, reducing dynamic friction under bending forces Double-butted stanchion (on damper side) shaves weight, helping us achieve goal of zero weight increase New air spring top cap for easier air volume adjustments, removable with cassette tool (Sold separately) Redesigned bleeders are sleeker and easier to operate Kabolt X axle shaves grams while increasing torsional stiffness via a sleeveless, single-sided pinch bolt design Kashima Item Specifications Axle to Crown Length 576 Brake Type Post Mount 200 Color Shiny Black Crown Race 40 Defined Color Black External Adjustments High Speed Compression Damping External Adjustments Low Speed Compression Damping External Adjustments Rebound Damping Front Axle 15mm Thru x 110mm keyword search FOX Model Year 26 , FOX MY26 Lockout Switch Crown Maximum Tire Width 66 Negative Spring Air Offset 44 Positive Spring Air S.H.I.S. Stem Clamp Diameter 28.6 Stanchion Diameter 36 Steerer Tube Length (mm) 264 Steerer Type Tapered Travel (mm) 160 Wheel Size 29" FOX 36 Factory GRIP X/X2 Suspension Fork Suspension Fork UPC: 821973504087

by FOX

—$819

Packed with features to dominate the descents, the 36 Performance answers the call from aggressive all-mountain riders. This fork features a GRIP 3-position damper, adjustable FLOAT air spring, and rebound adjust. GRIP damper features a 3-position lever for easy set up and firm mode for pedaling efficiency Generative design-assisted lower leg arch shape increases torsional stiffness by 20%, while reducing overall material Additional 30mm bushing overlap than the prior model 36, reduces chassis friction, increasing stiffness and boosting performance New compliant FLOAT EVOL air spring design allows for a slight misalignment under load, reducing chassis friction noticeably Lower leg bypass channels were relocated 90 inboard to a lower stress area, reducing dynamic friction under bending forces Double-butted stanchion (on damper side) shaves weight, helping us achieve goal of zero weight increase New air spring top cap for easier air volume adjustments, removable with cassette tool (Sold separately) Redesigned bleeders are sleeker and easier to operate Kabolt X axle shaves grams while increasing torsional stiffness via a sleeveless, single-sided pinch bolt design Black anodized upper tubes for added durability Item Specifications Axle to Crown Length 576 Brake Type Post Mount 200 Color Matte Black Crown Race 40 Defined Color Black External Adjustments High Speed Compression Damping External Adjustments Low Speed Compression Damping External Adjustments Rebound Damping Front Axle 15mm Thru x 110mm keyword search FOX Model Year 26 , FOX MY26 Lockout Switch Crown Maximum Tire Width 66 Negative Spring Air Offset 44 Positive Spring Air S.H.I.S. Stem Clamp Diameter 28.6 Stanchion Diameter 36 Steerer Tube Length (mm) 264 Steerer Type Tapered Travel (mm) 160 Wheel Size 29" FOX 36 Performance GRIP Suspension Fork Suspension Fork UPC: 821973504209

by FOX

—$144

SLS coil springs are a lighter weight steel spring with a lower un-sprung weight to improve performance compared to the standard FOX coil spring. They are also lighter than titanium springs at more affordable prices. The 35 mm/1.385" Internal diameter also fits DVO, MRP and X-Fusion shocks. For riders that want the performance and light weight of an SLS spring with the added benefit of a matte color to match their rear shock Internal Diameter: 35 mm/1.385" Lower un-sprung weight of the SLS coil spring improves performance compared to the FOX standard coil spring Item Specifications I.D. (mm) 35.200000000000003 Material Steel Spring Weight 500 Stroke (ins) 2.9 FOX SLS Rear Shock Coil Spring Rear Shock Spring UPC: 821973508740

by FOX

—$769

With a FLOAT EVOL air spring and on-the-fly compression adjustability, 32 Taper-Cast Performance delivers just enough tunable travel to take the edge off of wherever your gravel adventures may lead you. 700c chassis with clearance for large volume tires (50 mm max) Black anodized 7000 series aluminum stanchions and 12x100mm bolt-on thru axle FLOAT EVOL Air Spring and GRIP damper, featuring three on-the-fly settings - Open, Medium, and Firm Lightweight air spring optimized for short-travel Lightweight 32mm Step-Cast chassis with Lower Leg Air/Oil Bypass Channels Integrated full fender mounts (700c x 45 mm max with fender) Performance Series black-on-black graphics package Item Specifications Axle to Crown Length 435 Brake Type Post Mount 160 Color Matte Black Crown Race 40 Defined Color Black External Adjustments Low Speed Compression Damping External Adjustments Rebound Damping Front Axle 12mm Thru x 100mm Lockout Switch Crown Maximum Tire Width 50 Negative Spring Air Offset 44 Positive Spring Air S.H.I.S. Stem Clamp Diameter 28.6 Stanchion Diameter 32 Steerer Tube Length (mm) 264 Steerer Type Tapered Travel (mm) 40 Weight 1226 Wheel Size 700c FOX 32 Taper-Cast Performance Suspension Fork Suspension Fork

by FOX

—$999

FOX's Newest Technology - Live Valve NEO - Live Valve Neo Sensor Kit (Required for shock to function) Neo debuted in August 2024, with the Transfer Neo wireless dropper post, giving riders an ultra-fast response time between pressing the lever and micro-adjusting the height of their dropper. But the true potential of Neo was realized when we applied it to wireless electronic suspension. The only thing worse than bad suspension is unpredictable suspension. Your shock shouldn’t have to rely on extensive or historical power input data to predict how you’re riding. Once installed and set up, it should act exactly the way you want, when you want, with no noticeable lag. Live Valve Neo is made up of four components 1 - Fork Sensor - is mounted to the front brake caliper. Using a built-in accelerometer, it determines both the angle of the terrain you are riding, and the bump force experienced by the front tire. 2 - Rear Sensor - is mounted to the rear brake caliper. It determines the bump force experienced by the rear tire but does not measure terrain angle, since that is already determined by the Fork Sensor. 3 - Controller - is built into the rear shock, and will Open or Firm the shock’s compression circuit based on trail data from the sensors. The controller is powered by a single rechargeable battery – the same battery and charger that are used with the Transfer Neo dropper post. 4 - Fox Bike App - guides users through system setup with helpful tutorials, displays battery level, monitors firmware updates and reports diagnostics. Riders who want to customize suspension performance to their preference can do so via the app with Live Valve Neo Tunes. See page 15 for more on Live Valve Neo Tunes. How it Works? What separates Live Valve Neo from other electronic suspension systems? It’s how it helps you ride faster in every situation, whether climbing, traversing or descending. When commanded by the sensors, the shock will switch between two positions—Open and Firm—in as little as 1/70th of a second. Live Valve Neo does not employ a third “Pedal” mode, which some riders may perceive as necessary when climbing technical trails, or pedaling through low angle technical sections. Live Valve Neo can switch between Open and Firm so fast that a “middle ground” setting is not necessary. You get full support of Firm mode exactly when you need it, and the plushness of Open mode exactly when you want it. Three elements work together to achieve Live Valve Neo’s speed advantage: Sensors only transmit the info they need to I.e. when the shock needs to open. Neo communicates a command from the sensors to the controller in as little as one millisecond. A 2-position magnetic latching solenoid opens or firms the shock’s compression circuit significantly faster than a motor, while remaining virtually silent. How it Rides? The ultra-fast switch between Open and Firm Mode lets you experience the efficiency of riding a hardtail, but only when you want it. This allows riders to maintain momentum and speed easier than ever before, in all sorts of riding scenarios. Some examples: Pumping out of corners. The shock may open briefly in the middle of a corner to maintain traction, but by the time you’re ready to exit the corner, the rear of the bike will be firmer, more supportive, and conducive to pumping for speed. . Getting airborne. If your shock is firm during takeoff from a jump or drop, the Controller will detect that you are airborne after takeoff, and open your shock so it’s ready to absorb when you touch down on the landing. Riding through a short technical section on an otherwise smooth climb. When climbing, Live Valve Neo defaults to Firm, but after your front wheel encounters its first obstacle, your rear shock can open to absorb the impact, then quickly firm up for power out of the technical section. On an eMTB, riders climb faster and spend more time seated, experiencing higher impacts on climbs. Opening the shock—when needed—absorbs more of that impact. OEMs can also tune shim stacks inside the Live Valve Neo shock to forego an e-bike’s stiff pedaling platform in favor of unrestrained descent performance. Live Valve Neo’s Firm mode creates its own pedaling platform. Understanding Tunes Live Valve Neo is always working in the background whether you are climbing, traversing or descending. But how it operates in each of those scenarios is different. This is where tunable algorithms—what we refer to as Tunes—come into play. Each Live Valve Neo Tune consists of three states: Climb, Flat and Descend. The Fork Sensor detects the angle of your bike and toggles between these three states. While a Live Valve Neo shock will default to Firm mode in all riding scenarios, having specific states within each Tune means the system can bias towards support during climbs or traverses, but open more easily (and stay open) on longer descents. Each of the above states has a force threshold required to open the shock, and a timer for exactly how long it should stay open. If another bump (that exceeds the threshold) is detected during the Open Timer, the timer resets and your shock will stay open. If no significant bump is detected before the Open Timer expires, the shock reverts to Firm. To summarize, as you ride, the Fork Sensor determines the Tune state (Climb, Flat or Descend) and the Controller instantly updates the bump thresholds and Open timers of your shock accordingly. Neo-equipped shocks will ship with five Tunes designed by FOX to work for most riders. These Tunes are recipes our engineers created for excellent on-trail performance from our Live Valve Neo shocks, for any rider weight, in any trail region: Standard - For most rider preferences, in a variety of terrain. Firm - For riders who prefer a firmer platform, even when encountering small bumps and obstacles on-trail. Plush - For riders who prefer a softer ride, favoring comfort over efficiency. Open - Overrides the Live Valve Neo system, keeps your shock Open in all riding scenarios. Closed - Overrides the Live Valve Neo system, keeps your shock Firm in every riding scenario, except when landing a jump or drop. What's in the Box? What is included when I purchase a FLOAT X or DHX Live Valve Neo shock? Receive your selected shock with built-in Controller, and a FOX battery block installed in place of the rechargeable Live Valve Neo battery. The rechargeable battery, sensors and charger required to operate the Live Valve Neo system must be purchased in a separate kit. DHX Live Valve Neo shocks do not include a spring. What Brake Systems Work with the Bump Sensors? Bump sensors are understood to be compatible with current Shimano and SRAM production hydraulic MTB brakes. Examples of current production brakes are as follows: XTR M9100, Deore XT M8100, SLX M7100, Deore M6100, Saint M82, Magura MT7, and TRP DHR Evo. FOX Float X Live Valve Neo Rear Shock Rear Shock UPC: 0821973500379

by FOX

—$999

FOX's Newest Technology - Live Valve NEO - Live Valve Neo Sensor Kit (Required for shock to function) Neo debuted in August 2024, with the Transfer Neo wireless dropper post, giving riders an ultra-fast response time between pressing the lever and micro-adjusting the height of their dropper. But the true potential of Neo was realized when we applied it to wireless electronic suspension. The only thing worse than bad suspension is unpredictable suspension. Your shock shouldn’t have to rely on extensive or historical power input data to predict how you’re riding. Once installed and set up, it should act exactly the way you want, when you want, with no noticeable lag. Live Valve Neo is made up of four components 1 - Fork Sensor - is mounted to the front brake caliper. Using a built-in accelerometer, it determines both the angle of the terrain you are riding, and the bump force experienced by the front tire. 2 - Rear Sensor - is mounted to the rear brake caliper. It determines the bump force experienced by the rear tire but does not measure terrain angle, since that is already determined by the Fork Sensor. 3 - Controller - is built into the rear shock, and will Open or Firm the shock’s compression circuit based on trail data from the sensors. The controller is powered by a single rechargeable battery – the same battery and charger that are used with the Transfer Neo dropper post. 4 - Fox Bike App - guides users through system setup with helpful tutorials, displays battery level, monitors firmware updates and reports diagnostics. Riders who want to customize suspension performance to their preference can do so via the app with Live Valve Neo Tunes. See page 15 for more on Live Valve Neo Tunes. How it Works? What separates Live Valve Neo from other electronic suspension systems? It’s how it helps you ride faster in every situation, whether climbing, traversing or descending. When commanded by the sensors, the shock will switch between two positions—Open and Firm—in as little as 1/70th of a second. Live Valve Neo does not employ a third “Pedal” mode, which some riders may perceive as necessary when climbing technical trails, or pedaling through low angle technical sections. Live Valve Neo can switch between Open and Firm so fast that a “middle ground” setting is not necessary. You get full support of Firm mode exactly when you need it, and the plushness of Open mode exactly when you want it. Three elements work together to achieve Live Valve Neo’s speed advantage: Sensors only transmit the info they need to I.e. when the shock needs to open. Neo communicates a command from the sensors to the controller in as little as one millisecond. A 2-position magnetic latching solenoid opens or firms the shock’s compression circuit significantly faster than a motor, while remaining virtually silent. How it Rides? The ultra-fast switch between Open and Firm Mode lets you experience the efficiency of riding a hardtail, but only when you want it. This allows riders to maintain momentum and speed easier than ever before, in all sorts of riding scenarios. Some examples: Pumping out of corners. The shock may open briefly in the middle of a corner to maintain traction, but by the time you’re ready to exit the corner, the rear of the bike will be firmer, more supportive, and conducive to pumping for speed. . Getting airborne. If your shock is firm during takeoff from a jump or drop, the Controller will detect that you are airborne after takeoff, and open your shock so it’s ready to absorb when you touch down on the landing. Riding through a short technical section on an otherwise smooth climb. When climbing, Live Valve Neo defaults to Firm, but after your front wheel encounters its first obstacle, your rear shock can open to absorb the impact, then quickly firm up for power out of the technical section. On an eMTB, riders climb faster and spend more time seated, experiencing higher impacts on climbs. Opening the shock—when needed—absorbs more of that impact. OEMs can also tune shim stacks inside the Live Valve Neo shock to forego an e-bike’s stiff pedaling platform in favor of unrestrained descent performance. Live Valve Neo’s Firm mode creates its own pedaling platform. Understanding Tunes Live Valve Neo is always working in the background whether you are climbing, traversing or descending. But how it operates in each of those scenarios is different. This is where tunable algorithms—what we refer to as Tunes—come into play. Each Live Valve Neo Tune consists of three states: Climb, Flat and Descend. The Fork Sensor detects the angle of your bike and toggles between these three states. While a Live Valve Neo shock will default to Firm mode in all riding scenarios, having specific states within each Tune means the system can bias towards support during climbs or traverses, but open more easily (and stay open) on longer descents. Each of the above states has a force threshold required to open the shock, and a timer for exactly how long it should stay open. If another bump (that exceeds the threshold) is detected during the Open Timer, the timer resets and your shock will stay open. If no significant bump is detected before the Open Timer expires, the shock reverts to Firm. To summarize, as you ride, the Fork Sensor determines the Tune state (Climb, Flat or Descend) and the Controller instantly updates the bump thresholds and Open timers of your shock accordingly. Neo-equipped shocks will ship with five Tunes designed by FOX to work for most riders. These Tunes are recipes our engineers created for excellent on-trail performance from our Live Valve Neo shocks, for any rider weight, in any trail region: Standard - For most rider preferences, in a variety of terrain. Firm - For riders who prefer a firmer platform, even when encountering small bumps and obstacles on-trail. Plush - For riders who prefer a softer ride, favoring comfort over efficiency. Open - Overrides the Live Valve Neo system, keeps your shock Open in all riding scenarios. Closed - Overrides the Live Valve Neo system, keeps your shock Firm in every riding scenario, except when landing a jump or drop. What's in the Box? What is included when I purchase a FLOAT X or DHX Live Valve Neo shock? Receive your selected shock with built-in Controller, and a FOX battery block installed in place of the rechargeable Live Valve Neo battery. The rechargeable battery, sensors and charger required to operate the Live Valve Neo system must be purchased in a separate kit. DHX Live Valve Neo shocks do not include a spring. What Brake Systems Work with the Bump Sensors? Bump sensors are understood to be compatible with current Shimano and SRAM production hydraulic MTB brakes. Examples of current production brakes are as follows: XTR M9100, Deore XT M8100, SLX M7100, Deore M6100, Saint M82, Magura MT7, and TRP DHR Evo. FOX Float X Live Valve Neo Rear Shock Rear Shock UPC: 0821973500409

by FOX

—$999

FOX's Newest Technology - Live Valve NEO - Live Valve Neo Sensor Kit (Required for shock to function) Neo debuted in August 2024, with the Transfer Neo wireless dropper post, giving riders an ultra-fast response time between pressing the lever and micro-adjusting the height of their dropper. But the true potential of Neo was realized when we applied it to wireless electronic suspension. The only thing worse than bad suspension is unpredictable suspension. Your shock shouldn’t have to rely on extensive or historical power input data to predict how you’re riding. Once installed and set up, it should act exactly the way you want, when you want, with no noticeable lag. Live Valve Neo is made up of four components 1 - Fork Sensor - is mounted to the front brake caliper. Using a built-in accelerometer, it determines both the angle of the terrain you are riding, and the bump force experienced by the front tire. 2 - Rear Sensor - is mounted to the rear brake caliper. It determines the bump force experienced by the rear tire but does not measure terrain angle, since that is already determined by the Fork Sensor. 3 - Controller - is built into the rear shock, and will Open or Firm the shock’s compression circuit based on trail data from the sensors. The controller is powered by a single rechargeable battery – the same battery and charger that are used with the Transfer Neo dropper post. 4 - Fox Bike App - guides users through system setup with helpful tutorials, displays battery level, monitors firmware updates and reports diagnostics. Riders who want to customize suspension performance to their preference can do so via the app with Live Valve Neo Tunes. See page 15 for more on Live Valve Neo Tunes. How it Works? What separates Live Valve Neo from other electronic suspension systems? It’s how it helps you ride faster in every situation, whether climbing, traversing or descending. When commanded by the sensors, the shock will switch between two positions—Open and Firm—in as little as 1/70th of a second. Live Valve Neo does not employ a third “Pedal” mode, which some riders may perceive as necessary when climbing technical trails, or pedaling through low angle technical sections. Live Valve Neo can switch between Open and Firm so fast that a “middle ground” setting is not necessary. You get full support of Firm mode exactly when you need it, and the plushness of Open mode exactly when you want it. Three elements work together to achieve Live Valve Neo’s speed advantage: Sensors only transmit the info they need to I.e. when the shock needs to open. Neo communicates a command from the sensors to the controller in as little as one millisecond. A 2-position magnetic latching solenoid opens or firms the shock’s compression circuit significantly faster than a motor, while remaining virtually silent. How it Rides? The ultra-fast switch between Open and Firm Mode lets you experience the efficiency of riding a hardtail, but only when you want it. This allows riders to maintain momentum and speed easier than ever before, in all sorts of riding scenarios. Some examples: Pumping out of corners. The shock may open briefly in the middle of a corner to maintain traction, but by the time you’re ready to exit the corner, the rear of the bike will be firmer, more supportive, and conducive to pumping for speed. . Getting airborne. If your shock is firm during takeoff from a jump or drop, the Controller will detect that you are airborne after takeoff, and open your shock so it’s ready to absorb when you touch down on the landing. Riding through a short technical section on an otherwise smooth climb. When climbing, Live Valve Neo defaults to Firm, but after your front wheel encounters its first obstacle, your rear shock can open to absorb the impact, then quickly firm up for power out of the technical section. On an eMTB, riders climb faster and spend more time seated, experiencing higher impacts on climbs. Opening the shock—when needed—absorbs more of that impact. OEMs can also tune shim stacks inside the Live Valve Neo shock to forego an e-bike’s stiff pedaling platform in favor of unrestrained descent performance. Live Valve Neo’s Firm mode creates its own pedaling platform. Understanding Tunes Live Valve Neo is always working in the background whether you are climbing, traversing or descending. But how it operates in each of those scenarios is different. This is where tunable algorithms—what we refer to as Tunes—come into play. Each Live Valve Neo Tune consists of three states: Climb, Flat and Descend. The Fork Sensor detects the angle of your bike and toggles between these three states. While a Live Valve Neo shock will default to Firm mode in all riding scenarios, having specific states within each Tune means the system can bias towards support during climbs or traverses, but open more easily (and stay open) on longer descents. Each of the above states has a force threshold required to open the shock, and a timer for exactly how long it should stay open. If another bump (that exceeds the threshold) is detected during the Open Timer, the timer resets and your shock will stay open. If no significant bump is detected before the Open Timer expires, the shock reverts to Firm. To summarize, as you ride, the Fork Sensor determines the Tune state (Climb, Flat or Descend) and the Controller instantly updates the bump thresholds and Open timers of your shock accordingly. Neo-equipped shocks will ship with five Tunes designed by FOX to work for most riders. These Tunes are recipes our engineers created for excellent on-trail performance from our Live Valve Neo shocks, for any rider weight, in any trail region: Standard - For most rider preferences, in a variety of terrain. Firm - For riders who prefer a firmer platform, even when encountering small bumps and obstacles on-trail. Plush - For riders who prefer a softer ride, favoring comfort over efficiency. Open - Overrides the Live Valve Neo system, keeps your shock Open in all riding scenarios. Closed - Overrides the Live Valve Neo system, keeps your shock Firm in every riding scenario, except when landing a jump or drop. What's in the Box? What is included when I purchase a FLOAT X or DHX Live Valve Neo shock? Receive your selected shock with built-in Controller, and a FOX battery block installed in place of the rechargeable Live Valve Neo battery. The rechargeable battery, sensors and charger required to operate the Live Valve Neo system must be purchased in a separate kit. DHX Live Valve Neo shocks do not include a spring. What Brake Systems Work with the Bump Sensors? Bump sensors are understood to be compatible with current Shimano and SRAM production hydraulic MTB brakes. Examples of current production brakes are as follows: XTR M9100, Deore XT M8100, SLX M7100, Deore M6100, Saint M82, Magura MT7, and TRP DHR Evo. FOX Float X Live Valve Neo Rear Shock Rear Shock UPC: 0821973500386

by FOX

—$999

FOX's Newest Technology - Live Valve NEO - Live Valve Neo Sensor Kit (Required for shock to function) Neo debuted in August 2024, with the Transfer Neo wireless dropper post, giving riders an ultra-fast response time between pressing the lever and micro-adjusting the height of their dropper. But the true potential of Neo was realized when we applied it to wireless electronic suspension. The only thing worse than bad suspension is unpredictable suspension. Your shock shouldn’t have to rely on extensive or historical power input data to predict how you’re riding. Once installed and set up, it should act exactly the way you want, when you want, with no noticeable lag. Live Valve Neo is made up of four components 1 - Fork Sensor - is mounted to the front brake caliper. Using a built-in accelerometer, it determines both the angle of the terrain you are riding, and the bump force experienced by the front tire. 2 - Rear Sensor - is mounted to the rear brake caliper. It determines the bump force experienced by the rear tire but does not measure terrain angle, since that is already determined by the Fork Sensor. 3 - Controller - is built into the rear shock, and will Open or Firm the shock’s compression circuit based on trail data from the sensors. The controller is powered by a single rechargeable battery – the same battery and charger that are used with the Transfer Neo dropper post. 4 - Fox Bike App - guides users through system setup with helpful tutorials, displays battery level, monitors firmware updates and reports diagnostics. Riders who want to customize suspension performance to their preference can do so via the app with Live Valve Neo Tunes. See page 15 for more on Live Valve Neo Tunes. How it Works? What separates Live Valve Neo from other electronic suspension systems? It’s how it helps you ride faster in every situation, whether climbing, traversing or descending. When commanded by the sensors, the shock will switch between two positions—Open and Firm—in as little as 1/70th of a second. Live Valve Neo does not employ a third “Pedal” mode, which some riders may perceive as necessary when climbing technical trails, or pedaling through low angle technical sections. Live Valve Neo can switch between Open and Firm so fast that a “middle ground” setting is not necessary. You get full support of Firm mode exactly when you need it, and the plushness of Open mode exactly when you want it. Three elements work together to achieve Live Valve Neo’s speed advantage: Sensors only transmit the info they need to I.e. when the shock needs to open. Neo communicates a command from the sensors to the controller in as little as one millisecond. A 2-position magnetic latching solenoid opens or firms the shock’s compression circuit significantly faster than a motor, while remaining virtually silent. How it Rides? The ultra-fast switch between Open and Firm Mode lets you experience the efficiency of riding a hardtail, but only when you want it. This allows riders to maintain momentum and speed easier than ever before, in all sorts of riding scenarios. Some examples: Pumping out of corners. The shock may open briefly in the middle of a corner to maintain traction, but by the time you’re ready to exit the corner, the rear of the bike will be firmer, more supportive, and conducive to pumping for speed. . Getting airborne. If your shock is firm during takeoff from a jump or drop, the Controller will detect that you are airborne after takeoff, and open your shock so it’s ready to absorb when you touch down on the landing. Riding through a short technical section on an otherwise smooth climb. When climbing, Live Valve Neo defaults to Firm, but after your front wheel encounters its first obstacle, your rear shock can open to absorb the impact, then quickly firm up for power out of the technical section. On an eMTB, riders climb faster and spend more time seated, experiencing higher impacts on climbs. Opening the shock—when needed—absorbs more of that impact. OEMs can also tune shim stacks inside the Live Valve Neo shock to forego an e-bike’s stiff pedaling platform in favor of unrestrained descent performance. Live Valve Neo’s Firm mode creates its own pedaling platform. Understanding Tunes Live Valve Neo is always working in the background whether you are climbing, traversing or descending. But how it operates in each of those scenarios is different. This is where tunable algorithms—what we refer to as Tunes—come into play. Each Live Valve Neo Tune consists of three states: Climb, Flat and Descend. The Fork Sensor detects the angle of your bike and toggles between these three states. While a Live Valve Neo shock will default to Firm mode in all riding scenarios, having specific states within each Tune means the system can bias towards support during climbs or traverses, but open more easily (and stay open) on longer descents. Each of the above states has a force threshold required to open the shock, and a timer for exactly how long it should stay open. If another bump (that exceeds the threshold) is detected during the Open Timer, the timer resets and your shock will stay open. If no significant bump is detected before the Open Timer expires, the shock reverts to Firm. To summarize, as you ride, the Fork Sensor determines the Tune state (Climb, Flat or Descend) and the Controller instantly updates the bump thresholds and Open timers of your shock accordingly. Neo-equipped shocks will ship with five Tunes designed by FOX to work for most riders. These Tunes are recipes our engineers created for excellent on-trail performance from our Live Valve Neo shocks, for any rider weight, in any trail region: Standard - For most rider preferences, in a variety of terrain. Firm - For riders who prefer a firmer platform, even when encountering small bumps and obstacles on-trail. Plush - For riders who prefer a softer ride, favoring comfort over efficiency. Open - Overrides the Live Valve Neo system, keeps your shock Open in all riding scenarios. Closed - Overrides the Live Valve Neo system, keeps your shock Firm in every riding scenario, except when landing a jump or drop. What's in the Box? What is included when I purchase a FLOAT X or DHX Live Valve Neo shock? Receive your selected shock with built-in Controller, and a FOX battery block installed in place of the rechargeable Live Valve Neo battery. The rechargeable battery, sensors and charger required to operate the Live Valve Neo system must be purchased in a separate kit. DHX Live Valve Neo shocks do not include a spring. What Brake Systems Work with the Bump Sensors? Bump sensors are understood to be compatible with current Shimano and SRAM production hydraulic MTB brakes. Examples of current production brakes are as follows: XTR M9100, Deore XT M8100, SLX M7100, Deore M6100, Saint M82, Magura MT7, and TRP DHR Evo. FOX Float X Live Valve Neo Rear Shock Rear Shock UPC: 0821973500447

by FOX

—$999

FOX's Newest Technology - Live Valve NEO - Live Valve Neo Sensor Kit (Required for shock to function) Neo debuted in August 2024, with the Transfer Neo wireless dropper post, giving riders an ultra-fast response time between pressing the lever and micro-adjusting the height of their dropper. But the true potential of Neo was realized when we applied it to wireless electronic suspension. The only thing worse than bad suspension is unpredictable suspension. Your shock shouldn’t have to rely on extensive or historical power input data to predict how you’re riding. Once installed and set up, it should act exactly the way you want, when you want, with no noticeable lag. Live Valve Neo is made up of four components 1 - Fork Sensor - is mounted to the front brake caliper. Using a built-in accelerometer, it determines both the angle of the terrain you are riding, and the bump force experienced by the front tire. 2 - Rear Sensor - is mounted to the rear brake caliper. It determines the bump force experienced by the rear tire but does not measure terrain angle, since that is already determined by the Fork Sensor. 3 - Controller - is built into the rear shock, and will Open or Firm the shock’s compression circuit based on trail data from the sensors. The controller is powered by a single rechargeable battery – the same battery and charger that are used with the Transfer Neo dropper post. 4 - Fox Bike App - guides users through system setup with helpful tutorials, displays battery level, monitors firmware updates and reports diagnostics. Riders who want to customize suspension performance to their preference can do so via the app with Live Valve Neo Tunes. See page 15 for more on Live Valve Neo Tunes. How it Works? What separates Live Valve Neo from other electronic suspension systems? It’s how it helps you ride faster in every situation, whether climbing, traversing or descending. When commanded by the sensors, the shock will switch between two positions—Open and Firm—in as little as 1/70th of a second. Live Valve Neo does not employ a third “Pedal” mode, which some riders may perceive as necessary when climbing technical trails, or pedaling through low angle technical sections. Live Valve Neo can switch between Open and Firm so fast that a “middle ground” setting is not necessary. You get full support of Firm mode exactly when you need it, and the plushness of Open mode exactly when you want it. Three elements work together to achieve Live Valve Neo’s speed advantage: Sensors only transmit the info they need to I.e. when the shock needs to open. Neo communicates a command from the sensors to the controller in as little as one millisecond. A 2-position magnetic latching solenoid opens or firms the shock’s compression circuit significantly faster than a motor, while remaining virtually silent. How it Rides? The ultra-fast switch between Open and Firm Mode lets you experience the efficiency of riding a hardtail, but only when you want it. This allows riders to maintain momentum and speed easier than ever before, in all sorts of riding scenarios. Some examples: Pumping out of corners. The shock may open briefly in the middle of a corner to maintain traction, but by the time you’re ready to exit the corner, the rear of the bike will be firmer, more supportive, and conducive to pumping for speed. . Getting airborne. If your shock is firm during takeoff from a jump or drop, the Controller will detect that you are airborne after takeoff, and open your shock so it’s ready to absorb when you touch down on the landing. Riding through a short technical section on an otherwise smooth climb. When climbing, Live Valve Neo defaults to Firm, but after your front wheel encounters its first obstacle, your rear shock can open to absorb the impact, then quickly firm up for power out of the technical section. On an eMTB, riders climb faster and spend more time seated, experiencing higher impacts on climbs. Opening the shock—when needed—absorbs more of that impact. OEMs can also tune shim stacks inside the Live Valve Neo shock to forego an e-bike’s stiff pedaling platform in favor of unrestrained descent performance. Live Valve Neo’s Firm mode creates its own pedaling platform. Understanding Tunes Live Valve Neo is always working in the background whether you are climbing, traversing or descending. But how it operates in each of those scenarios is different. This is where tunable algorithms—what we refer to as Tunes—come into play. Each Live Valve Neo Tune consists of three states: Climb, Flat and Descend. The Fork Sensor detects the angle of your bike and toggles between these three states. While a Live Valve Neo shock will default to Firm mode in all riding scenarios, having specific states within each Tune means the system can bias towards support during climbs or traverses, but open more easily (and stay open) on longer descents. Each of the above states has a force threshold required to open the shock, and a timer for exactly how long it should stay open. If another bump (that exceeds the threshold) is detected during the Open Timer, the timer resets and your shock will stay open. If no significant bump is detected before the Open Timer expires, the shock reverts to Firm. To summarize, as you ride, the Fork Sensor determines the Tune state (Climb, Flat or Descend) and the Controller instantly updates the bump thresholds and Open timers of your shock accordingly. Neo-equipped shocks will ship with five Tunes designed by FOX to work for most riders. These Tunes are recipes our engineers created for excellent on-trail performance from our Live Valve Neo shocks, for any rider weight, in any trail region: Standard - For most rider preferences, in a variety of terrain. Firm - For riders who prefer a firmer platform, even when encountering small bumps and obstacles on-trail. Plush - For riders who prefer a softer ride, favoring comfort over efficiency. Open - Overrides the Live Valve Neo system, keeps your shock Open in all riding scenarios. Closed - Overrides the Live Valve Neo system, keeps your shock Firm in every riding scenario, except when landing a jump or drop. What's in the Box? What is included when I purchase a FLOAT X or DHX Live Valve Neo shock? Receive your selected shock with built-in Controller, and a FOX battery block installed in place of the rechargeable Live Valve Neo battery. The rechargeable battery, sensors and charger required to operate the Live Valve Neo system must be purchased in a separate kit. DHX Live Valve Neo shocks do not include a spring. What Brake Systems Work with the Bump Sensors? Bump sensors are understood to be compatible with current Shimano and SRAM production hydraulic MTB brakes. Examples of current production brakes are as follows: XTR M9100, Deore XT M8100, SLX M7100, Deore M6100, Saint M82, Magura MT7, and TRP DHR Evo. FOX Float X Live Valve Neo Rear Shock Rear Shock UPC: 0821973500454

by FOX

—$949

FOX's Newest Technology - Live Valve NEO - Live Valve Neo Sensor Kit (Required for shock to function) Neo debuted in August 2024, with the Transfer Neo wireless dropper post, giving riders an ultra-fast response time between pressing the lever and micro-adjusting the height of their dropper. But the true potential of Neo was realized when we applied it to wireless electronic suspension. The only thing worse than bad suspension is unpredictable suspension. Your shock shouldn’t have to rely on extensive or historical power input data to predict how you’re riding. Once installed and set up, it should act exactly the way you want, when you want, with no noticeable lag. Live Valve Neo is made up of four components 1 - Fork Sensor - is mounted to the front brake caliper. Using a built-in accelerometer, it determines both the angle of the terrain you are riding, and the bump force experienced by the front tire. 2 - Rear Sensor - is mounted to the rear brake caliper. It determines the bump force experienced by the rear tire but does not measure terrain angle, since that is already determined by the Fork Sensor. 3 - Controller - is built into the rear shock, and will Open or Firm the shock’s compression circuit based on trail data from the sensors. The controller is powered by a single rechargeable battery – the same battery and charger that are used with the Transfer Neo dropper post. 4 - Fox Bike App - guides users through system setup with helpful tutorials, displays battery level, monitors firmware updates and reports diagnostics. Riders who want to customize suspension performance to their preference can do so via the app with Live Valve Neo Tunes. See page 15 for more on Live Valve Neo Tunes. How it Works? What separates Live Valve Neo from other electronic suspension systems? It’s how it helps you ride faster in every situation, whether climbing, traversing or descending. When commanded by the sensors, the shock will switch between two positions—Open and Firm—in as little as 1/70th of a second. Live Valve Neo does not employ a third “Pedal” mode, which some riders may perceive as necessary when climbing technical trails, or pedaling through low angle technical sections. Live Valve Neo can switch between Open and Firm so fast that a “middle ground” setting is not necessary. You get full support of Firm mode exactly when you need it, and the plushness of Open mode exactly when you want it. Three elements work together to achieve Live Valve Neo’s speed advantage: Sensors only transmit the info they need to I.e. when the shock needs to open. Neo communicates a command from the sensors to the controller in as little as one millisecond. A 2-position magnetic latching solenoid opens or firms the shock’s compression circuit significantly faster than a motor, while remaining virtually silent. How it Rides? The ultra-fast switch between Open and Firm Mode lets you experience the efficiency of riding a hardtail, but only when you want it. This allows riders to maintain momentum and speed easier than ever before, in all sorts of riding scenarios. Some examples: Pumping out of corners. The shock may open briefly in the middle of a corner to maintain traction, but by the time you’re ready to exit the corner, the rear of the bike will be firmer, more supportive, and conducive to pumping for speed. . Getting airborne. If your shock is firm during takeoff from a jump or drop, the Controller will detect that you are airborne after takeoff, and open your shock so it’s ready to absorb when you touch down on the landing. Riding through a short technical section on an otherwise smooth climb. When climbing, Live Valve Neo defaults to Firm, but after your front wheel encounters its first obstacle, your rear shock can open to absorb the impact, then quickly firm up for power out of the technical section. On an eMTB, riders climb faster and spend more time seated, experiencing higher impacts on climbs. Opening the shock—when needed—absorbs more of that impact. OEMs can also tune shim stacks inside the Live Valve Neo shock to forego an e-bike’s stiff pedaling platform in favor of unrestrained descent performance. Live Valve Neo’s Firm mode creates its own pedaling platform. Understanding Tunes Live Valve Neo is always working in the background whether you are climbing, traversing or descending. But how it operates in each of those scenarios is different. This is where tunable algorithms—what we refer to as Tunes—come into play. Each Live Valve Neo Tune consists of three states: Climb, Flat and Descend. The Fork Sensor detects the angle of your bike and toggles between these three states. While a Live Valve Neo shock will default to Firm mode in all riding scenarios, having specific states within each Tune means the system can bias towards support during climbs or traverses, but open more easily (and stay open) on longer descents. Each of the above states has a force threshold required to open the shock, and a timer for exactly how long it should stay open. If another bump (that exceeds the threshold) is detected during the Open Timer, the timer resets and your shock will stay open. If no significant bump is detected before the Open Timer expires, the shock reverts to Firm. To summarize, as you ride, the Fork Sensor determines the Tune state (Climb, Flat or Descend) and the Controller instantly updates the bump thresholds and Open timers of your shock accordingly. Neo-equipped shocks will ship with five Tunes designed by FOX to work for most riders. These Tunes are recipes our engineers created for excellent on-trail performance from our Live Valve Neo shocks, for any rider weight, in any trail region: Standard - For most rider preferences, in a variety of terrain. Firm - For riders who prefer a firmer platform, even when encountering small bumps and obstacles on-trail. Plush - For riders who prefer a softer ride, favoring comfort over efficiency. Open - Overrides the Live Valve Neo system, keeps your shock Open in all riding scenarios. Closed - Overrides the Live Valve Neo system, keeps your shock Firm in every riding scenario, except when landing a jump or drop. What's in the Box? What is included when I purchase a FLOAT X or DHX Live Valve Neo shock? Receive your selected shock with built-in Controller, and a FOX battery block installed in place of the rechargeable Live Valve Neo battery. The rechargeable battery, sensors and charger required to operate the Live Valve Neo system must be purchased in a separate kit. DHX Live Valve Neo shocks do not include a spring. What Brake Systems Work with the Bump Sensors? Bump sensors are understood to be compatible with current Shimano and SRAM production hydraulic MTB brakes. Examples of current production brakes are as follows: XTR M9100, Deore XT M8100, SLX M7100, Deore M6100, Saint M82, Magura MT7, and TRP DHR Evo. FOX DHX Live Valve Neo Rear Shock Rear Shock UPC: 0821973500522

by FOX

—$949

FOX's Newest Technology - Live Valve NEO - Live Valve Neo Sensor Kit (Required for shock to function) Neo debuted in August 2024, with the Transfer Neo wireless dropper post, giving riders an ultra-fast response time between pressing the lever and micro-adjusting the height of their dropper. But the true potential of Neo was realized when we applied it to wireless electronic suspension. The only thing worse than bad suspension is unpredictable suspension. Your shock shouldn’t have to rely on extensive or historical power input data to predict how you’re riding. Once installed and set up, it should act exactly the way you want, when you want, with no noticeable lag. Live Valve Neo is made up of four components 1 - Fork Sensor - is mounted to the front brake caliper. Using a built-in accelerometer, it determines both the angle of the terrain you are riding, and the bump force experienced by the front tire. 2 - Rear Sensor - is mounted to the rear brake caliper. It determines the bump force experienced by the rear tire but does not measure terrain angle, since that is already determined by the Fork Sensor. 3 - Controller - is built into the rear shock, and will Open or Firm the shock’s compression circuit based on trail data from the sensors. The controller is powered by a single rechargeable battery – the same battery and charger that are used with the Transfer Neo dropper post. 4 - Fox Bike App - guides users through system setup with helpful tutorials, displays battery level, monitors firmware updates and reports diagnostics. Riders who want to customize suspension performance to their preference can do so via the app with Live Valve Neo Tunes. See page 15 for more on Live Valve Neo Tunes. How it Works? What separates Live Valve Neo from other electronic suspension systems? It’s how it helps you ride faster in every situation, whether climbing, traversing or descending. When commanded by the sensors, the shock will switch between two positions—Open and Firm—in as little as 1/70th of a second. Live Valve Neo does not employ a third “Pedal” mode, which some riders may perceive as necessary when climbing technical trails, or pedaling through low angle technical sections. Live Valve Neo can switch between Open and Firm so fast that a “middle ground” setting is not necessary. You get full support of Firm mode exactly when you need it, and the plushness of Open mode exactly when you want it. Three elements work together to achieve Live Valve Neo’s speed advantage: Sensors only transmit the info they need to I.e. when the shock needs to open. Neo communicates a command from the sensors to the controller in as little as one millisecond. A 2-position magnetic latching solenoid opens or firms the shock’s compression circuit significantly faster than a motor, while remaining virtually silent. How it Rides? The ultra-fast switch between Open and Firm Mode lets you experience the efficiency of riding a hardtail, but only when you want it. This allows riders to maintain momentum and speed easier than ever before, in all sorts of riding scenarios. Some examples: Pumping out of corners. The shock may open briefly in the middle of a corner to maintain traction, but by the time you’re ready to exit the corner, the rear of the bike will be firmer, more supportive, and conducive to pumping for speed. . Getting airborne. If your shock is firm during takeoff from a jump or drop, the Controller will detect that you are airborne after takeoff, and open your shock so it’s ready to absorb when you touch down on the landing. Riding through a short technical section on an otherwise smooth climb. When climbing, Live Valve Neo defaults to Firm, but after your front wheel encounters its first obstacle, your rear shock can open to absorb the impact, then quickly firm up for power out of the technical section. On an eMTB, riders climb faster and spend more time seated, experiencing higher impacts on climbs. Opening the shock—when needed—absorbs more of that impact. OEMs can also tune shim stacks inside the Live Valve Neo shock to forego an e-bike’s stiff pedaling platform in favor of unrestrained descent performance. Live Valve Neo’s Firm mode creates its own pedaling platform. Understanding Tunes Live Valve Neo is always working in the background whether you are climbing, traversing or descending. But how it operates in each of those scenarios is different. This is where tunable algorithms—what we refer to as Tunes—come into play. Each Live Valve Neo Tune consists of three states: Climb, Flat and Descend. The Fork Sensor detects the angle of your bike and toggles between these three states. While a Live Valve Neo shock will default to Firm mode in all riding scenarios, having specific states within each Tune means the system can bias towards support during climbs or traverses, but open more easily (and stay open) on longer descents. Each of the above states has a force threshold required to open the shock, and a timer for exactly how long it should stay open. If another bump (that exceeds the threshold) is detected during the Open Timer, the timer resets and your shock will stay open. If no significant bump is detected before the Open Timer expires, the shock reverts to Firm. To summarize, as you ride, the Fork Sensor determines the Tune state (Climb, Flat or Descend) and the Controller instantly updates the bump thresholds and Open timers of your shock accordingly. Neo-equipped shocks will ship with five Tunes designed by FOX to work for most riders. These Tunes are recipes our engineers created for excellent on-trail performance from our Live Valve Neo shocks, for any rider weight, in any trail region: Standard - For most rider preferences, in a variety of terrain. Firm - For riders who prefer a firmer platform, even when encountering small bumps and obstacles on-trail. Plush - For riders who prefer a softer ride, favoring comfort over efficiency. Open - Overrides the Live Valve Neo system, keeps your shock Open in all riding scenarios. Closed - Overrides the Live Valve Neo system, keeps your shock Firm in every riding scenario, except when landing a jump or drop. What's in the Box? What is included when I purchase a FLOAT X or DHX Live Valve Neo shock? Receive your selected shock with built-in Controller, and a FOX battery block installed in place of the rechargeable Live Valve Neo battery. The rechargeable battery, sensors and charger required to operate the Live Valve Neo system must be purchased in a separate kit. DHX Live Valve Neo shocks do not include a spring. What Brake Systems Work with the Bump Sensors? Bump sensors are understood to be compatible with current Shimano and SRAM production hydraulic MTB brakes. Examples of current production brakes are as follows: XTR M9100, Deore XT M8100, SLX M7100, Deore M6100, Saint M82, Magura MT7, and TRP DHR Evo. FOX DHX Live Valve Neo Rear Shock Rear Shock UPC: 0821973500560

by FOX

—$949

FOX's Newest Technology - Live Valve NEO - Live Valve Neo Sensor Kit (Required for shock to function) Neo debuted in August 2024, with the Transfer Neo wireless dropper post, giving riders an ultra-fast response time between pressing the lever and micro-adjusting the height of their dropper. But the true potential of Neo was realized when we applied it to wireless electronic suspension. The only thing worse than bad suspension is unpredictable suspension. Your shock shouldn’t have to rely on extensive or historical power input data to predict how you’re riding. Once installed and set up, it should act exactly the way you want, when you want, with no noticeable lag. Live Valve Neo is made up of four components 1 - Fork Sensor - is mounted to the front brake caliper. Using a built-in accelerometer, it determines both the angle of the terrain you are riding, and the bump force experienced by the front tire. 2 - Rear Sensor - is mounted to the rear brake caliper. It determines the bump force experienced by the rear tire but does not measure terrain angle, since that is already determined by the Fork Sensor. 3 - Controller - is built into the rear shock, and will Open or Firm the shock’s compression circuit based on trail data from the sensors. The controller is powered by a single rechargeable battery – the same battery and charger that are used with the Transfer Neo dropper post. 4 - Fox Bike App - guides users through system setup with helpful tutorials, displays battery level, monitors firmware updates and reports diagnostics. Riders who want to customize suspension performance to their preference can do so via the app with Live Valve Neo Tunes. See page 15 for more on Live Valve Neo Tunes. How it Works? What separates Live Valve Neo from other electronic suspension systems? It’s how it helps you ride faster in every situation, whether climbing, traversing or descending. When commanded by the sensors, the shock will switch between two positions—Open and Firm—in as little as 1/70th of a second. Live Valve Neo does not employ a third “Pedal” mode, which some riders may perceive as necessary when climbing technical trails, or pedaling through low angle technical sections. Live Valve Neo can switch between Open and Firm so fast that a “middle ground” setting is not necessary. You get full support of Firm mode exactly when you need it, and the plushness of Open mode exactly when you want it. Three elements work together to achieve Live Valve Neo’s speed advantage: Sensors only transmit the info they need to I.e. when the shock needs to open. Neo communicates a command from the sensors to the controller in as little as one millisecond. A 2-position magnetic latching solenoid opens or firms the shock’s compression circuit significantly faster than a motor, while remaining virtually silent. How it Rides? The ultra-fast switch between Open and Firm Mode lets you experience the efficiency of riding a hardtail, but only when you want it. This allows riders to maintain momentum and speed easier than ever before, in all sorts of riding scenarios. Some examples: Pumping out of corners. The shock may open briefly in the middle of a corner to maintain traction, but by the time you’re ready to exit the corner, the rear of the bike will be firmer, more supportive, and conducive to pumping for speed. . Getting airborne. If your shock is firm during takeoff from a jump or drop, the Controller will detect that you are airborne after takeoff, and open your shock so it’s ready to absorb when you touch down on the landing. Riding through a short technical section on an otherwise smooth climb. When climbing, Live Valve Neo defaults to Firm, but after your front wheel encounters its first obstacle, your rear shock can open to absorb the impact, then quickly firm up for power out of the technical section. On an eMTB, riders climb faster and spend more time seated, experiencing higher impacts on climbs. Opening the shock—when needed—absorbs more of that impact. OEMs can also tune shim stacks inside the Live Valve Neo shock to forego an e-bike’s stiff pedaling platform in favor of unrestrained descent performance. Live Valve Neo’s Firm mode creates its own pedaling platform. Understanding Tunes Live Valve Neo is always working in the background whether you are climbing, traversing or descending. But how it operates in each of those scenarios is different. This is where tunable algorithms—what we refer to as Tunes—come into play. Each Live Valve Neo Tune consists of three states: Climb, Flat and Descend. The Fork Sensor detects the angle of your bike and toggles between these three states. While a Live Valve Neo shock will default to Firm mode in all riding scenarios, having specific states within each Tune means the system can bias towards support during climbs or traverses, but open more easily (and stay open) on longer descents. Each of the above states has a force threshold required to open the shock, and a timer for exactly how long it should stay open. If another bump (that exceeds the threshold) is detected during the Open Timer, the timer resets and your shock will stay open. If no significant bump is detected before the Open Timer expires, the shock reverts to Firm. To summarize, as you ride, the Fork Sensor determines the Tune state (Climb, Flat or Descend) and the Controller instantly updates the bump thresholds and Open timers of your shock accordingly. Neo-equipped shocks will ship with five Tunes designed by FOX to work for most riders. These Tunes are recipes our engineers created for excellent on-trail performance from our Live Valve Neo shocks, for any rider weight, in any trail region: Standard - For most rider preferences, in a variety of terrain. Firm - For riders who prefer a firmer platform, even when encountering small bumps and obstacles on-trail. Plush - For riders who prefer a softer ride, favoring comfort over efficiency. Open - Overrides the Live Valve Neo system, keeps your shock Open in all riding scenarios. Closed - Overrides the Live Valve Neo system, keeps your shock Firm in every riding scenario, except when landing a jump or drop. What's in the Box? What is included when I purchase a FLOAT X or DHX Live Valve Neo shock? Receive your selected shock with built-in Controller, and a FOX battery block installed in place of the rechargeable Live Valve Neo battery. The rechargeable battery, sensors and charger required to operate the Live Valve Neo system must be purchased in a separate kit. DHX Live Valve Neo shocks do not include a spring. What Brake Systems Work with the Bump Sensors? Bump sensors are understood to be compatible with current Shimano and SRAM production hydraulic MTB brakes. Examples of current production brakes are as follows: XTR M9100, Deore XT M8100, SLX M7100, Deore M6100, Saint M82, Magura MT7, and TRP DHR Evo. FOX DHX Live Valve Neo Rear Shock Rear Shock UPC: 0821973500577

by FOX

—$949

FOX's Newest Technology - Live Valve NEO - Live Valve Neo Sensor Kit (Required for shock to function) Neo debuted in August 2024, with the Transfer Neo wireless dropper post, giving riders an ultra-fast response time between pressing the lever and micro-adjusting the height of their dropper. But the true potential of Neo was realized when we applied it to wireless electronic suspension. The only thing worse than bad suspension is unpredictable suspension. Your shock shouldn’t have to rely on extensive or historical power input data to predict how you’re riding. Once installed and set up, it should act exactly the way you want, when you want, with no noticeable lag. Live Valve Neo is made up of four components 1 - Fork Sensor - is mounted to the front brake caliper. Using a built-in accelerometer, it determines both the angle of the terrain you are riding, and the bump force experienced by the front tire. 2 - Rear Sensor - is mounted to the rear brake caliper. It determines the bump force experienced by the rear tire but does not measure terrain angle, since that is already determined by the Fork Sensor. 3 - Controller - is built into the rear shock, and will Open or Firm the shock’s compression circuit based on trail data from the sensors. The controller is powered by a single rechargeable battery – the same battery and charger that are used with the Transfer Neo dropper post. 4 - Fox Bike App - guides users through system setup with helpful tutorials, displays battery level, monitors firmware updates and reports diagnostics. Riders who want to customize suspension performance to their preference can do so via the app with Live Valve Neo Tunes. See page 15 for more on Live Valve Neo Tunes. How it Works? What separates Live Valve Neo from other electronic suspension systems? It’s how it helps you ride faster in every situation, whether climbing, traversing or descending. When commanded by the sensors, the shock will switch between two positions—Open and Firm—in as little as 1/70th of a second. Live Valve Neo does not employ a third “Pedal” mode, which some riders may perceive as necessary when climbing technical trails, or pedaling through low angle technical sections. Live Valve Neo can switch between Open and Firm so fast that a “middle ground” setting is not necessary. You get full support of Firm mode exactly when you need it, and the plushness of Open mode exactly when you want it. Three elements work together to achieve Live Valve Neo’s speed advantage: Sensors only transmit the info they need to I.e. when the shock needs to open. Neo communicates a command from the sensors to the controller in as little as one millisecond. A 2-position magnetic latching solenoid opens or firms the shock’s compression circuit significantly faster than a motor, while remaining virtually silent. How it Rides? The ultra-fast switch between Open and Firm Mode lets you experience the efficiency of riding a hardtail, but only when you want it. This allows riders to maintain momentum and speed easier than ever before, in all sorts of riding scenarios. Some examples: Pumping out of corners. The shock may open briefly in the middle of a corner to maintain traction, but by the time you’re ready to exit the corner, the rear of the bike will be firmer, more supportive, and conducive to pumping for speed. . Getting airborne. If your shock is firm during takeoff from a jump or drop, the Controller will detect that you are airborne after takeoff, and open your shock so it’s ready to absorb when you touch down on the landing. Riding through a short technical section on an otherwise smooth climb. When climbing, Live Valve Neo defaults to Firm, but after your front wheel encounters its first obstacle, your rear shock can open to absorb the impact, then quickly firm up for power out of the technical section. On an eMTB, riders climb faster and spend more time seated, experiencing higher impacts on climbs. Opening the shock—when needed—absorbs more of that impact. OEMs can also tune shim stacks inside the Live Valve Neo shock to forego an e-bike’s stiff pedaling platform in favor of unrestrained descent performance. Live Valve Neo’s Firm mode creates its own pedaling platform. Understanding Tunes Live Valve Neo is always working in the background whether you are climbing, traversing or descending. But how it operates in each of those scenarios is different. This is where tunable algorithms—what we refer to as Tunes—come into play. Each Live Valve Neo Tune consists of three states: Climb, Flat and Descend. The Fork Sensor detects the angle of your bike and toggles between these three states. While a Live Valve Neo shock will default to Firm mode in all riding scenarios, having specific states within each Tune means the system can bias towards support during climbs or traverses, but open more easily (and stay open) on longer descents. Each of the above states has a force threshold required to open the shock, and a timer for exactly how long it should stay open. If another bump (that exceeds the threshold) is detected during the Open Timer, the timer resets and your shock will stay open. If no significant bump is detected before the Open Timer expires, the shock reverts to Firm. To summarize, as you ride, the Fork Sensor determines the Tune state (Climb, Flat or Descend) and the Controller instantly updates the bump thresholds and Open timers of your shock accordingly. Neo-equipped shocks will ship with five Tunes designed by FOX to work for most riders. These Tunes are recipes our engineers created for excellent on-trail performance from our Live Valve Neo shocks, for any rider weight, in any trail region: Standard - For most rider preferences, in a variety of terrain. Firm - For riders who prefer a firmer platform, even when encountering small bumps and obstacles on-trail. Plush - For riders who prefer a softer ride, favoring comfort over efficiency. Open - Overrides the Live Valve Neo system, keeps your shock Open in all riding scenarios. Closed - Overrides the Live Valve Neo system, keeps your shock Firm in every riding scenario, except when landing a jump or drop. What's in the Box? What is included when I purchase a FLOAT X or DHX Live Valve Neo shock? Receive your selected shock with built-in Controller, and a FOX battery block installed in place of the rechargeable Live Valve Neo battery. The rechargeable battery, sensors and charger required to operate the Live Valve Neo system must be purchased in a separate kit. DHX Live Valve Neo shocks do not include a spring. What Brake Systems Work with the Bump Sensors? Bump sensors are understood to be compatible with current Shimano and SRAM production hydraulic MTB brakes. Examples of current production brakes are as follows: XTR M9100, Deore XT M8100, SLX M7100, Deore M6100, Saint M82, Magura MT7, and TRP DHR Evo. FOX DHX Live Valve Neo Rear Shock Rear Shock UPC: 0821973500492

by FOX

—$949

FOX's Newest Technology - Live Valve NEO - Live Valve Neo Sensor Kit (Required for shock to function) Neo debuted in August 2024, with the Transfer Neo wireless dropper post, giving riders an ultra-fast response time between pressing the lever and micro-adjusting the height of their dropper. But the true potential of Neo was realized when we applied it to wireless electronic suspension. The only thing worse than bad suspension is unpredictable suspension. Your shock shouldn’t have to rely on extensive or historical power input data to predict how you’re riding. Once installed and set up, it should act exactly the way you want, when you want, with no noticeable lag. Live Valve Neo is made up of four components 1 - Fork Sensor - is mounted to the front brake caliper. Using a built-in accelerometer, it determines both the angle of the terrain you are riding, and the bump force experienced by the front tire. 2 - Rear Sensor - is mounted to the rear brake caliper. It determines the bump force experienced by the rear tire but does not measure terrain angle, since that is already determined by the Fork Sensor. 3 - Controller - is built into the rear shock, and will Open or Firm the shock’s compression circuit based on trail data from the sensors. The controller is powered by a single rechargeable battery – the same battery and charger that are used with the Transfer Neo dropper post. 4 - Fox Bike App - guides users through system setup with helpful tutorials, displays battery level, monitors firmware updates and reports diagnostics. Riders who want to customize suspension performance to their preference can do so via the app with Live Valve Neo Tunes. See page 15 for more on Live Valve Neo Tunes. How it Works? What separates Live Valve Neo from other electronic suspension systems? It’s how it helps you ride faster in every situation, whether climbing, traversing or descending. When commanded by the sensors, the shock will switch between two positions—Open and Firm—in as little as 1/70th of a second. Live Valve Neo does not employ a third “Pedal” mode, which some riders may perceive as necessary when climbing technical trails, or pedaling through low angle technical sections. Live Valve Neo can switch between Open and Firm so fast that a “middle ground” setting is not necessary. You get full support of Firm mode exactly when you need it, and the plushness of Open mode exactly when you want it. Three elements work together to achieve Live Valve Neo’s speed advantage: Sensors only transmit the info they need to I.e. when the shock needs to open. Neo communicates a command from the sensors to the controller in as little as one millisecond. A 2-position magnetic latching solenoid opens or firms the shock’s compression circuit significantly faster than a motor, while remaining virtually silent. How it Rides? The ultra-fast switch between Open and Firm Mode lets you experience the efficiency of riding a hardtail, but only when you want it. This allows riders to maintain momentum and speed easier than ever before, in all sorts of riding scenarios. Some examples: Pumping out of corners. The shock may open briefly in the middle of a corner to maintain traction, but by the time you’re ready to exit the corner, the rear of the bike will be firmer, more supportive, and conducive to pumping for speed. . Getting airborne. If your shock is firm during takeoff from a jump or drop, the Controller will detect that you are airborne after takeoff, and open your shock so it’s ready to absorb when you touch down on the landing. Riding through a short technical section on an otherwise smooth climb. When climbing, Live Valve Neo defaults to Firm, but after your front wheel encounters its first obstacle, your rear shock can open to absorb the impact, then quickly firm up for power out of the technical section. On an eMTB, riders climb faster and spend more time seated, experiencing higher impacts on climbs. Opening the shock—when needed—absorbs more of that impact. OEMs can also tune shim stacks inside the Live Valve Neo shock to forego an e-bike’s stiff pedaling platform in favor of unrestrained descent performance. Live Valve Neo’s Firm mode creates its own pedaling platform. Understanding Tunes Live Valve Neo is always working in the background whether you are climbing, traversing or descending. But how it operates in each of those scenarios is different. This is where tunable algorithms—what we refer to as Tunes—come into play. Each Live Valve Neo Tune consists of three states: Climb, Flat and Descend. The Fork Sensor detects the angle of your bike and toggles between these three states. While a Live Valve Neo shock will default to Firm mode in all riding scenarios, having specific states within each Tune means the system can bias towards support during climbs or traverses, but open more easily (and stay open) on longer descents. Each of the above states has a force threshold required to open the shock, and a timer for exactly how long it should stay open. If another bump (that exceeds the threshold) is detected during the Open Timer, the timer resets and your shock will stay open. If no significant bump is detected before the Open Timer expires, the shock reverts to Firm. To summarize, as you ride, the Fork Sensor determines the Tune state (Climb, Flat or Descend) and the Controller instantly updates the bump thresholds and Open timers of your shock accordingly. Neo-equipped shocks will ship with five Tunes designed by FOX to work for most riders. These Tunes are recipes our engineers created for excellent on-trail performance from our Live Valve Neo shocks, for any rider weight, in any trail region: Standard - For most rider preferences, in a variety of terrain. Firm - For riders who prefer a firmer platform, even when encountering small bumps and obstacles on-trail. Plush - For riders who prefer a softer ride, favoring comfort over efficiency. Open - Overrides the Live Valve Neo system, keeps your shock Open in all riding scenarios. Closed - Overrides the Live Valve Neo system, keeps your shock Firm in every riding scenario, except when landing a jump or drop. What's in the Box? What is included when I purchase a FLOAT X or DHX Live Valve Neo shock? Receive your selected shock with built-in Controller, and a FOX battery block installed in place of the rechargeable Live Valve Neo battery. The rechargeable battery, sensors and charger required to operate the Live Valve Neo system must be purchased in a separate kit. DHX Live Valve Neo shocks do not include a spring. What Brake Systems Work with the Bump Sensors? Bump sensors are understood to be compatible with current Shimano and SRAM production hydraulic MTB brakes. Examples of current production brakes are as follows: XTR M9100, Deore XT M8100, SLX M7100, Deore M6100, Saint M82, Magura MT7, and TRP DHR Evo. FOX DHX Live Valve Neo Rear Shock Rear Shock UPC: 0821973500539

by FOX

—$949

FOX's Newest Technology - Live Valve NEO - Live Valve Neo Sensor Kit (Required for shock to function) Neo debuted in August 2024, with the Transfer Neo wireless dropper post, giving riders an ultra-fast response time between pressing the lever and micro-adjusting the height of their dropper. But the true potential of Neo was realized when we applied it to wireless electronic suspension. The only thing worse than bad suspension is unpredictable suspension. Your shock shouldn’t have to rely on extensive or historical power input data to predict how you’re riding. Once installed and set up, it should act exactly the way you want, when you want, with no noticeable lag. Live Valve Neo is made up of four components 1 - Fork Sensor - is mounted to the front brake caliper. Using a built-in accelerometer, it determines both the angle of the terrain you are riding, and the bump force experienced by the front tire. 2 - Rear Sensor - is mounted to the rear brake caliper. It determines the bump force experienced by the rear tire but does not measure terrain angle, since that is already determined by the Fork Sensor. 3 - Controller - is built into the rear shock, and will Open or Firm the shock’s compression circuit based on trail data from the sensors. The controller is powered by a single rechargeable battery – the same battery and charger that are used with the Transfer Neo dropper post. 4 - Fox Bike App - guides users through system setup with helpful tutorials, displays battery level, monitors firmware updates and reports diagnostics. Riders who want to customize suspension performance to their preference can do so via the app with Live Valve Neo Tunes. See page 15 for more on Live Valve Neo Tunes. How it Works? What separates Live Valve Neo from other electronic suspension systems? It’s how it helps you ride faster in every situation, whether climbing, traversing or descending. When commanded by the sensors, the shock will switch between two positions—Open and Firm—in as little as 1/70th of a second. Live Valve Neo does not employ a third “Pedal” mode, which some riders may perceive as necessary when climbing technical trails, or pedaling through low angle technical sections. Live Valve Neo can switch between Open and Firm so fast that a “middle ground” setting is not necessary. You get full support of Firm mode exactly when you need it, and the plushness of Open mode exactly when you want it. Three elements work together to achieve Live Valve Neo’s speed advantage: Sensors only transmit the info they need to I.e. when the shock needs to open. Neo communicates a command from the sensors to the controller in as little as one millisecond. A 2-position magnetic latching solenoid opens or firms the shock’s compression circuit significantly faster than a motor, while remaining virtually silent. How it Rides? The ultra-fast switch between Open and Firm Mode lets you experience the efficiency of riding a hardtail, but only when you want it. This allows riders to maintain momentum and speed easier than ever before, in all sorts of riding scenarios. Some examples: Pumping out of corners. The shock may open briefly in the middle of a corner to maintain traction, but by the time you’re ready to exit the corner, the rear of the bike will be firmer, more supportive, and conducive to pumping for speed. . Getting airborne. If your shock is firm during takeoff from a jump or drop, the Controller will detect that you are airborne after takeoff, and open your shock so it’s ready to absorb when you touch down on the landing. Riding through a short technical section on an otherwise smooth climb. When climbing, Live Valve Neo defaults to Firm, but after your front wheel encounters its first obstacle, your rear shock can open to absorb the impact, then quickly firm up for power out of the technical section. On an eMTB, riders climb faster and spend more time seated, experiencing higher impacts on climbs. Opening the shock—when needed—absorbs more of that impact. OEMs can also tune shim stacks inside the Live Valve Neo shock to forego an e-bike’s stiff pedaling platform in favor of unrestrained descent performance. Live Valve Neo’s Firm mode creates its own pedaling platform. Understanding Tunes Live Valve Neo is always working in the background whether you are climbing, traversing or descending. But how it operates in each of those scenarios is different. This is where tunable algorithms—what we refer to as Tunes—come into play. Each Live Valve Neo Tune consists of three states: Climb, Flat and Descend. The Fork Sensor detects the angle of your bike and toggles between these three states. While a Live Valve Neo shock will default to Firm mode in all riding scenarios, having specific states within each Tune means the system can bias towards support during climbs or traverses, but open more easily (and stay open) on longer descents. Each of the above states has a force threshold required to open the shock, and a timer for exactly how long it should stay open. If another bump (that exceeds the threshold) is detected during the Open Timer, the timer resets and your shock will stay open. If no significant bump is detected before the Open Timer expires, the shock reverts to Firm. To summarize, as you ride, the Fork Sensor determines the Tune state (Climb, Flat or Descend) and the Controller instantly updates the bump thresholds and Open timers of your shock accordingly. Neo-equipped shocks will ship with five Tunes designed by FOX to work for most riders. These Tunes are recipes our engineers created for excellent on-trail performance from our Live Valve Neo shocks, for any rider weight, in any trail region: Standard - For most rider preferences, in a variety of terrain. Firm - For riders who prefer a firmer platform, even when encountering small bumps and obstacles on-trail. Plush - For riders who prefer a softer ride, favoring comfort over efficiency. Open - Overrides the Live Valve Neo system, keeps your shock Open in all riding scenarios. Closed - Overrides the Live Valve Neo system, keeps your shock Firm in every riding scenario, except when landing a jump or drop. What's in the Box? What is included when I purchase a FLOAT X or DHX Live Valve Neo shock? Receive your selected shock with built-in Controller, and a FOX battery block installed in place of the rechargeable Live Valve Neo battery. The rechargeable battery, sensors and charger required to operate the Live Valve Neo system must be purchased in a separate kit. DHX Live Valve Neo shocks do not include a spring. What Brake Systems Work with the Bump Sensors? Bump sensors are understood to be compatible with current Shimano and SRAM production hydraulic MTB brakes. Examples of current production brakes are as follows: XTR M9100, Deore XT M8100, SLX M7100, Deore M6100, Saint M82, Magura MT7, and TRP DHR Evo. FOX DHX Live Valve Neo Rear Shock Rear Shock UPC: 0821973500485

by FOX

—$949

FOX's Newest Technology - Live Valve NEO - Live Valve Neo Sensor Kit (Required for shock to function) Neo debuted in August 2024, with the Transfer Neo wireless dropper post, giving riders an ultra-fast response time between pressing the lever and micro-adjusting the height of their dropper. But the true potential of Neo was realized when we applied it to wireless electronic suspension. The only thing worse than bad suspension is unpredictable suspension. Your shock shouldn’t have to rely on extensive or historical power input data to predict how you’re riding. Once installed and set up, it should act exactly the way you want, when you want, with no noticeable lag. Live Valve Neo is made up of four components 1 - Fork Sensor - is mounted to the front brake caliper. Using a built-in accelerometer, it determines both the angle of the terrain you are riding, and the bump force experienced by the front tire. 2 - Rear Sensor - is mounted to the rear brake caliper. It determines the bump force experienced by the rear tire but does not measure terrain angle, since that is already determined by the Fork Sensor. 3 - Controller - is built into the rear shock, and will Open or Firm the shock’s compression circuit based on trail data from the sensors. The controller is powered by a single rechargeable battery – the same battery and charger that are used with the Transfer Neo dropper post. 4 - Fox Bike App - guides users through system setup with helpful tutorials, displays battery level, monitors firmware updates and reports diagnostics. Riders who want to customize suspension performance to their preference can do so via the app with Live Valve Neo Tunes. See page 15 for more on Live Valve Neo Tunes. How it Works? What separates Live Valve Neo from other electronic suspension systems? It’s how it helps you ride faster in every situation, whether climbing, traversing or descending. When commanded by the sensors, the shock will switch between two positions—Open and Firm—in as little as 1/70th of a second. Live Valve Neo does not employ a third “Pedal” mode, which some riders may perceive as necessary when climbing technical trails, or pedaling through low angle technical sections. Live Valve Neo can switch between Open and Firm so fast that a “middle ground” setting is not necessary. You get full support of Firm mode exactly when you need it, and the plushness of Open mode exactly when you want it. Three elements work together to achieve Live Valve Neo’s speed advantage: Sensors only transmit the info they need to I.e. when the shock needs to open. Neo communicates a command from the sensors to the controller in as little as one millisecond. A 2-position magnetic latching solenoid opens or firms the shock’s compression circuit significantly faster than a motor, while remaining virtually silent. How it Rides? The ultra-fast switch between Open and Firm Mode lets you experience the efficiency of riding a hardtail, but only when you want it. This allows riders to maintain momentum and speed easier than ever before, in all sorts of riding scenarios. Some examples: Pumping out of corners. The shock may open briefly in the middle of a corner to maintain traction, but by the time you’re ready to exit the corner, the rear of the bike will be firmer, more supportive, and conducive to pumping for speed. . Getting airborne. If your shock is firm during takeoff from a jump or drop, the Controller will detect that you are airborne after takeoff, and open your shock so it’s ready to absorb when you touch down on the landing. Riding through a short technical section on an otherwise smooth climb. When climbing, Live Valve Neo defaults to Firm, but after your front wheel encounters its first obstacle, your rear shock can open to absorb the impact, then quickly firm up for power out of the technical section. On an eMTB, riders climb faster and spend more time seated, experiencing higher impacts on climbs. Opening the shock—when needed—absorbs more of that impact. OEMs can also tune shim stacks inside the Live Valve Neo shock to forego an e-bike’s stiff pedaling platform in favor of unrestrained descent performance. Live Valve Neo’s Firm mode creates its own pedaling platform. Understanding Tunes Live Valve Neo is always working in the background whether you are climbing, traversing or descending. But how it operates in each of those scenarios is different. This is where tunable algorithms—what we refer to as Tunes—come into play. Each Live Valve Neo Tune consists of three states: Climb, Flat and Descend. The Fork Sensor detects the angle of your bike and toggles between these three states. While a Live Valve Neo shock will default to Firm mode in all riding scenarios, having specific states within each Tune means the system can bias towards support during climbs or traverses, but open more easily (and stay open) on longer descents. Each of the above states has a force threshold required to open the shock, and a timer for exactly how long it should stay open. If another bump (that exceeds the threshold) is detected during the Open Timer, the timer resets and your shock will stay open. If no significant bump is detected before the Open Timer expires, the shock reverts to Firm. To summarize, as you ride, the Fork Sensor determines the Tune state (Climb, Flat or Descend) and the Controller instantly updates the bump thresholds and Open timers of your shock accordingly. Neo-equipped shocks will ship with five Tunes designed by FOX to work for most riders. These Tunes are recipes our engineers created for excellent on-trail performance from our Live Valve Neo shocks, for any rider weight, in any trail region: Standard - For most rider preferences, in a variety of terrain. Firm - For riders who prefer a firmer platform, even when encountering small bumps and obstacles on-trail. Plush - For riders who prefer a softer ride, favoring comfort over efficiency. Open - Overrides the Live Valve Neo system, keeps your shock Open in all riding scenarios. Closed - Overrides the Live Valve Neo system, keeps your shock Firm in every riding scenario, except when landing a jump or drop. What's in the Box? What is included when I purchase a FLOAT X or DHX Live Valve Neo shock? Receive your selected shock with built-in Controller, and a FOX battery block installed in place of the rechargeable Live Valve Neo battery. The rechargeable battery, sensors and charger required to operate the Live Valve Neo system must be purchased in a separate kit. DHX Live Valve Neo shocks do not include a spring. What Brake Systems Work with the Bump Sensors? Bump sensors are understood to be compatible with current Shimano and SRAM production hydraulic MTB brakes. Examples of current production brakes are as follows: XTR M9100, Deore XT M8100, SLX M7100, Deore M6100, Saint M82, Magura MT7, and TRP DHR Evo. FOX DHX Live Valve Neo Rear Shock Rear Shock UPC: 0821973500478

by FOX

—$54

Replacement and supporting parts for the FOX Neo Wireless system. Charging dock and cable for FOX Neo batteries Time for full charge is approximately 1.5 hours Single LED with multi-color indicator Includes Charging Dock, USB-A to USB-C cable, and Battery Block AC power adapter is not included FOX Neo Wireless Battery and Charger Electronic Shifter Extra Part UPC: 821973479064

by FOX

—$144

SLS coil springs are a lighter weight steel spring with a lower un-sprung weight to improve performance compared to the standard FOX coil spring. They are also lighter than titanium springs at more affordable prices. The 35 mm/1.385" Internal diameter also fits DVO, MRP and X-Fusion shocks. Internal Diameter: 35 mm/1.385" Lower un-sprung weight of the SLS coil spring improves performance compared to the FOX standard coil spring Item Specifications I.D. (mm) 35.200000000000003 Material Steel Spring Weight 475 Stroke (ins) 2.9 FOX SLS Rear Shock Coil Spring Rear Shock Spring UPC: 821973502632

by FOX

—$144

SLS coil springs are a lighter weight steel spring with a lower un-sprung weight to improve performance compared to the standard FOX coil spring. They are also lighter than titanium springs at more affordable prices. The 35 mm/1.385" Internal diameter also fits DVO, MRP and X-Fusion shocks. Internal Diameter: 35 mm/1.385" Lower un-sprung weight of the SLS coil spring improves performance compared to the FOX standard coil spring Item Specifications I.D. (mm) 35.200000000000003 Material Steel Spring Weight 425 Stroke (ins) 3.15 FOX SLS Rear Shock Coil Spring Rear Shock Spring UPC: 821973502526

by FOX

—$87

Replacement and supporting parts for the FOX Neo Wireless system. Lithium battery for FOX Neo system Approximate battery life of 30 to 40 hours Includes one Battery and one Battery Cover FOX Neo Wireless Battery and Charger Electronic Shifter Extra Part UPC: 821973479057

by FOX

—$144

SLS coil springs are a lighter weight steel spring with a lower un-sprung weight to improve performance compared to the standard FOX coil spring. They are also lighter than titanium springs at more affordable prices. The 35 mm/1.385" Internal diameter also fits DVO, MRP and X-Fusion shocks. Internal Diameter: 35 mm/1.385" Lower un-sprung weight of the SLS coil spring improves performance compared to the FOX standard coil spring Item Specifications I.D. (mm) 35.200000000000003 Material Steel Spring Weight 425 Stroke (ins) 3.65 FOX SLS Rear Shock Coil Spring Rear Shock Spring UPC: 821973502496

by FOX

—$144

SLS coil springs are a lighter weight steel spring with a lower un-sprung weight to improve performance compared to the standard FOX coil spring. They are also lighter than titanium springs at more affordable prices. The 35 mm/1.385" Internal diameter also fits DVO, MRP and X-Fusion shocks. Internal Diameter: 35 mm/1.385" Lower un-sprung weight of the SLS coil spring improves performance compared to the FOX standard coil spring Item Specifications I.D. (mm) 35.200000000000003 Material Steel Spring Weight 325 Stroke (ins) 3.65 FOX SLS Rear Shock Coil Spring Rear Shock Spring UPC: 821973502458

by FOX

—$259

The Transfer rises again with a full redesign, making it smoother and more robust than ever before. With easier actuation, enhanced serviceability and greater tunability, the 2025 Transfer gets an overall edge over the competition. Now travel adjustable in 5mm increments and available up to 240mm of drop. Performance Elite Transfer Posts retain the same internals as the Factory Series but have a black anodized upper. Fully redesigned hydraulics of the 2025 Transfer feature an entirely new sealing system for enhanced durability. The full-service interval is now at 300 hours, which most riders can do with the tools in their garage Metal-backed EKONOL (PTFE/Teflon) bushings to achieve tight tolerances and the lowest possible friction to allow easier actuation The placement of the new air chamber allows riders to recharge and adjust air pressure through a Schrader valve under the seat clamps. Tune to your preferred return speed or adjust for environmental factors such as altitude or ambient air temperature. A metal valve cap with O-ring (the same we use on FOX suspension) ensures zero air leaks through the valve Low stack height and 2-bolt clamp design that riders loved from the previous Transfer, while improving aesthetics and keeping weight to a minimum Wider range of options, with up to 240mm of drop, and adjustable travel (up to 25mm in 5mm increments) Cable actuated with tool-free quick disconnect for easier installation Item Specifications Actuation Cable Remote Adjustment Infinite Cable Routing Internal Clamp Style Standard Rails Color Black Anodized Defined Color Black Diameter 34.9 Length 344 Material Aluminum Max Height 156 Min Height 224 Offset (mm) 0 Travel (mm) 120 Weight 555 FOX Transfer Performance Elite Dropper Seatpost Dropper Seatpost UPC: 821973489056

by FOX

—$679

The World Cup proven DHX2 is full of features, delivering ultimate performance and control when the trail gets steep. Nothing sticks to the ground quite like a coil shock. The DHX2 takes the coil sensation and adds sophisticated damping, a massive overall tuning range and super low-friction internals for the ultimate gravity racing shock. High- and low-speed compression and high- and low-speed rebound adjustment Advanced Rod Valve System (RVS) damping provides more tunability Improved high-speed rebound tunability via addition of VVC (Variable Valve Control) High oil flow improves damping control and consistency X2 2-position Open/Firm lever retains high and low speed compression adjustment Coil spring sold separately Item Specifications External Adjustments Coil Preload External Adjustments High Speed Compression Damping External Adjustments Low Speed Compression Damping External Adjustments Rebound Damping Eye to eye length (mm) 267 Eyelet Diameter (mm) 12.7 keyword search FOX MY25 Lockout Switch Shock Mounted Switch Metric No Positive Spring Coil Stroke (mm) 89 FOX DHX2 Factory Rear Shock Rear Shock UPC: 821973490991

by FOX

—$679

The World Cup proven DHX2 is full of features, delivering ultimate performance and control when the trail gets steep. Nothing sticks to the ground quite like a coil shock. The DHX2 takes the coil sensation and adds sophisticated damping, a massive overall tuning range and super low-friction internals for the ultimate gravity racing shock. High- and low-speed compression and high- and low-speed rebound adjustment Advanced Rod Valve System (RVS) damping provides more tunability Improved high-speed rebound tunability via addition of VVC (Variable Valve Control) High oil flow improves damping control and consistency X2 2-position Open/Firm lever retains high and low speed compression adjustment Coil spring sold separately Item Specifications External Adjustments Coil Preload External Adjustments High Speed Compression Damping External Adjustments Low Speed Compression Damping External Adjustments Rebound Damping Eye to eye length (mm) 241 Eyelet Diameter (mm) 12.7 keyword search FOX MY25 Lockout Switch Shock Mounted Switch Metric No Positive Spring Coil Stroke (mm) 76.2 FOX DHX2 Factory Rear Shock Rear Shock UPC: 821973491219

by FOX

—$729

The Award-Winning FLOAT X2 is full of features, delivering ultimate performance and control when the going gets rough. The Genuine Kashima Coating provides a buttery smooth and ultra-durable surface. The FLOAT X2 is the most tunable air spring shock that combines an ultra-plush, coil-like feel with incredible tuning range optimized for Downhill and Enduro racing. Genuine Kashima Coat on air sleeve and body XV EVOL air sleeve with 300psi max Progressive bottom-out bumper X2 2-position Open/Firm lever retains high and low speed compression adjustment High- and low-speed compression and high- and low-speed rebound adjustment Advanced Rod Valve System (RVS) damping system provides more tunability Angled tank valve to improve pump clearance Item Specifications External Adjustments High Speed Compression Damping External Adjustments Low Speed Compression Damping External Adjustments Rebound Damping Eye to eye length (mm) 216 Eyelet Diameter (mm) 12.7 keyword search FOX MY25 Lockout Switch Shock Mounted Switch Metric No Positive Spring Air Stroke (mm) 63.5 FOX FLOAT X2 Factory Rear Shock Rear Shock UPC: 821973491240

by FOX

—$699

The Award-Winning FLOAT X2 is full of features, delivering ultimate performance and control when the going gets rough. The Genuine Kashima Coating provides a buttery smooth and ultra-durable surface. The FLOAT X2 is the most tunable air spring shock that combines an ultra-plush, coil-like feel with incredible tuning range optimized for Downhill and Enduro racing. Genuine Kashima Coat on air sleeve and body XV EVOL air sleeve with 300psi max Progressive bottom-out bumper X2 2-position Open/Firm lever retains high and low speed compression adjustment High- and low-speed compression and high- and low-speed rebound adjustment Advanced Rod Valve System (RVS) damping system provides more tunability Angled tank valve to improve pump clearance Item Specifications External Adjustments High Speed Compression Damping External Adjustments Low Speed Compression Damping External Adjustments Rebound Damping Eye to eye length (mm) 241 Eyelet Diameter (mm) 12.7 keyword search FOX MY25 Lockout Switch None Metric No Positive Spring Air Stroke (mm) 76.2 FOX FLOAT X2 Factory Rear Shock Rear Shock UPC: 821973491431

by FOX

—$1,113

When high-speed descending is the goal, the FOX 38 Factory is the fork to trust, and it redefines what a long-travel single-crown fork can do. Built to handle the most technical descents, the 38 sets the benchmark for confidence, durability, and performance. The precision-engineered suspension inspires control on the steepest, gnarliest descents. The GRIP X2 damper offers unmatched adjustability and plushness. Whether charging down steeps or sending big lines, the FOX 38 delivers the ultimate ride experience. GRIP X2 is the most tunable, supportive and smoothest descent-focused damper FOX has created Riders reap the benefits of sitting higher in the travel while tires stay glued to the ground, cornering with increased traction and experience reduced fatigue Lower leg bleeders allow atmospheric pressure equalization at the push of a button and the bypass channels increase volume to alleviate pressure ramping as the fork moves through its travel for better fork performance by increasing small bump sensitivity and responsiveness The lower leg arch design of the 38 shaves every possible gram while maximizing stiffness and strength requirements of enduro and gravity riding Fitted with the proven and reliable FLOAT EVOL air spring Kabolt X axle shaves grams while increasing torsional stiffness via a sleeveless, single-sided pinch bolt design Kashima Coating on upper tubes for added durability Item Specifications Axle to Crown Length 565.70000000000005 Brake Type Post Mount 180 Color Shiny Black Crown Race 40 Defined Color Black External Adjustments High Speed Compression Damping External Adjustments Low Speed Compression Damping External Adjustments Rebound Damping Front Axle 15mm Thru x 110mm keyword search FOX Model Year 25 keyword search FOX MY25 Lockout Switch Crown Maximum Tire Width 72 Negative Spring Air Offset 44 Positive Spring Air S.H.I.S. Stem Clamp Diameter 28.6 Stanchion Diameter 38 Steerer Tube Length (mm) 264 Steerer Type Tapered Travel (mm) 170 Wheel Size 27.5" FOX 38 Factory GRIP X2 Suspension Fork Suspension Fork UPC: 821973490816

by FOX

—$49

Rear Shock Tools FOX Rear Shock Tools Suspension Tool UPC: 611056143858

by FOX

—$130

SLS springs are a lighter weight steel spring than the standard Fox spring. They are lighter than titanium springs at more affordable prices. The 35 mm/1.385" Internal diameter also fits DVO, MRP and X-Fusion shocks. Spring markings: 350 lbs x 2.4 Internal Diameter: 35 mm/1.385 Item Specifications Material Steel Spring Weight 350 Stroke (ins) 2.4 FOX SLS Coil Spring Rear Shock Spring UPC: 611056173237

by FOX

—$78

38 Rhythm Air Shaft Assembly for FOX suspension service and repair. FOX 38 Rhythm Air Shaft Assembly Air Springs & Parts UPC: 821973462004

by FOX

—$78

38 Rhythm Air Shaft Assembly for FOX suspension service and repair. FOX 38 Rhythm Air Shaft Assembly Air Springs & Parts UPC: 821973462042

by FOX

—$176

34 Step-Cast Damper Assembly for Fox suspension forks. FOX 34 Step-Cast Damper Assembly Damper, Compression UPC: 611056183335

by FOX

—$71

Top Caps for Fox suspension fork service and repair. FOX Top Caps Adjuster Knob & External Hardware UPC: 821973396682

by FOX

—$349

Meet the Transfer SL Performance Elite Dropper Seatpost . At 128 grams (25%!) lighter than the regular Transfer post, it's the lightest mainstream dropper post on the market. Compatible lever options for flat bars, drop bars, and 1x and 2x drivetrains, it (finally) brings the word "shred" into the super lightweight XC and Gravel conversation scene. Performance Elite Transfer Posts retain the same internals, diameter options, drop options, shortened stack heights, new patent-pending head design and proven internals as the Factory Series but have a black anodized upper. 2-position mechanical post that locks at the top and bottom only Item Specifications Actuation Cable Remote Adjustment Indexed Cable Routing Internal Clamp Style Standard Rails Color Black Anodized Defined Color Black Diameter 31.6 Length 355 Material Aluminum Max Height 355 Min Height 280 Offset (mm) 0 Travel (mm) 75 FOX Transfer SL Performance Elite Dropper Seatpost Dropper Seatpost UPC: 821973479361

by FOX

—$349

Meet the Transfer SL Performance Elite Dropper Seatpost . At 128 grams (25%!) lighter than the regular Transfer post, it's the lightest mainstream dropper post on the market. Compatible lever options for flat bars, drop bars, and 1x and 2x drivetrains, it (finally) brings the word "shred" into the super lightweight XC and Gravel conversation scene. Performance Elite Transfer Posts retain the same internals, diameter options, drop options, shortened stack heights, new patent-pending head design and proven internals as the Factory Series but have a black anodized upper. 2-position mechanical post that locks at the top and bottom only Item Specifications Actuation Cable Remote Adjustment Indexed Cable Routing Internal Clamp Style Standard Rails Color Black Anodized Defined Color Black Diameter 30.9 Length 355 Material Aluminum Max Height 355 Min Height 280 Offset (mm) 0 Travel (mm) 75 FOX Transfer SL Performance Elite Dropper Seatpost Dropper Seatpost UPC: 821973479330

by FOX