Fox 2.5 Factory Shock Package 0-3" Lift 07-20 Toyota Tundra

Features:

• Front adjustable lift heights from 0” to 3” of lift.
• Matched Eibach front coil springs for better off road performance.
• Remote Reservoir nitrogen-charged gas shock for smooth ride.
• Front and rear shock vehicle tuned shock package.
• 2.5 Steel body shocks with zinc plating.
• Shocks are fully serviceable.

The Fox Factory Race Series 2.5 Reservoir shocks give you enhanced ride quality and the control you need when heading off the pavement. They take their design from our Off-Road race shocks, so they've been thoroughly perfected in brutal conditions that you will probably never see. Bolt-on race proven performance with the FOX 2.5 factory series Remote Reservoir coilovers. These coilovers feature a smooth bore and honed seamless 2.5" alloy body, 7/8" hardened steel carbon shaft, Eibach coil springs, black anodized machined 6061-T6 billet aluminum mounts. Direct bolt-in replacement with reservoir mounting brackets included.

External reservoir allows for increase oil and nitrogen capacity while delivering striking race look. Applications are available to fit most stock and lifted Trucks and SUVs. Our complete line of bolt-on, Factory Series shocks provide improved damping in any terrain. Experience for yourself the incredible performance and precise control that Factory Race Series 2.5 Reservoir shocks deliver.

Parts Included:

• (qty 2) Fox 2.5 Remote Reservoir Coil-Over Front Shocks
• (qty 2) Fox 2.5 Remote Reservoir Smooth Body Rear Shocks

Optional Upgrades:

DSC Adjuster Upgrade

Step up for next level performance and adjustability with FOX 2.5 factory series remote reservoir coilovers with DSC adjusters. Dual Speed Compression (DSC) adjustment allows you to easily dial in high speed and low speed compression adjustment for optimal performance on any terrain. 

Upper Control Arms (UCA Required to Install Shocks)

• Improves handling with added caster in alignment.
• Stronger than weak factory arms and ball joints.
• Corrects suspension geometry when lifting.