FOX 3.0 Factory Bypass Shock for Off-Road with Internal Bypass Technology
Only 5 Left!SKU: 883-26-077
$3,426.49
As low as $856.62/mo with or . (Pay in 4 interest-free payments)
Description
FOX 3.0 Factory Bypass Shock for Off-Road — Internal Bypass Technology Experience unmatched off-road control. The FOX 3.0 Factory Bypass Shock uses FOX’s patented internal bypass technology to deliver the feel of near-endless suspension travel, precise damping response and rock-solid vehicle support over the roughest terrain. Key Features Internal Bypass Technology: Oil is routed around the piston at select points in the stroke and forced through high-pressure passages at others, providing progressive, predictable support and improved traction. Ride Zone Tuning: A race-developed shock piston combined with internal bypass and Dual Speed Compression adjustment lets you fine-tune mid-stroke support and end-stroke control for weight, terrain and speed. Durable Construction: Available in 3.0" and 2.5" aluminum bodies with 7/8" hardened shafts, redundant sealing and cactus cooler reservoirs for superior cooling and long-term reliability. Proven Performance: Built and tested in the harshest environments to withstand extreme heat, dust and abuse while maintaining consistent damping. Benefits Improved traction and control through more linear, tunable suspension behavior. Smoother transitions over chop and big hits with reduced harshness at full stroke. Extended service life thanks to robust materials and advanced sealing. Customizable damping to match vehicle weight, driving style and off-road conditions. Upgrade to FOX 3.0 Factory Bypass for confidence on technical trails, high-speed desert runs and competitive off-road racing — engineered to dominate any terrain.
Features
Experience superior off-road control with advanced internal bypass technology.
Fine-tune performance with customizable ride zone tuning for any terrain.
Built to last with durable aluminum construction and enhanced sealing features.
Conquer rough trails with smoother transitions and reduced harshness on impacts.
Designed for extreme environments, ensuring reliable performance and longevity.