
FOX DHX Live Valve Neo
Wireless coil control that adapts to terrain in real time
Specifications
- Travel
- 185x55 (TR) to 230x65 (standard), Trunnion available
- Adjustment
- Live Valve Neo wireless compression control
- Spring
- Coil (spring not included)
- Color
- Chrome/Black
Overview
The FOX DHX Live Valve Neo combines the ground-hugging feel of a coil shock with fully wireless, terrain-reactive control. Live Valve Neo reads trail inputs up to 400 times per second and opens or firms the compression circuit in about 1/70th of a second. An updated high-flow main piston improves sensitivity and support, delivering a ride feel close to DHX2-level performance while preserving all-day consistency on rough trails.
Features
Live Valve Neo reads terrain inputs up to 400 times per second for rapid automatic compression changes.
Compression circuit opens or firms in about 1/70th of a second to balance traction and support.
Coil spring platform delivers planted traction and consistent feel on rough, high-speed trails.
Updated high-flow main piston architecture improves damping flow and impact management.
Size-specific piggyback reservoir increases oil volume for better heat stability and less fade on long descents.
Wirelessly configurable through the FOX Bike app for setup guides, tune management, and battery monitoring.
Factory-series finish with chrome body and premium construction for long-term durability.
Requires the FOX Live Valve Neo Kit (sold separately) to operate.
Guides for setup
All guidesSetting Sag
How to properly set up your suspension sag for optimal performance.
Rebound Damping
Mastering the art of return speed for better control and traction.
Compression Damping
Controlling how your suspension compresses
Suspension & Rear Shock Service
Service intervals, maintenance schedules, and DIY vs professional guidance.
How we evaluate this component
Product cards, analysis notes, and setup guidance are grounded in public specifications, market positioning, compatibility, and the most likely real-world use cases on trail.
Read the full methodology