**Please allow 2-3 weeks for all orders to ship as some parts do take longer to receive**
1979-1993 Ford Mustang/1979-1986 Mercury Capri
Detroit Speed - Rear Speed Kit 2 - Non-Adjustable Shocks
041646DS
Your Price:
$2,975.95
Suggested Retail: $3307
Product Details
The Speed Kit 2 Rear Suspension Kit from Detroit Speed is designed to give maximum suspension performance to your Fox Body chassis. This kit combines our 1) Rear Coilover Conversion, 2) Swivel-Link™, and 3) Rear Sway Bar Kits. 1) The Detroit Speed Rear Coilover Conversion Kit allows the latest in coilover spring/shock technology to be bolted onto any Fox Body Mustang, bringing your classic's handling and ride into the 21st Century with our "Detroit Tuned" valving. The springs are removed from the lower control arms and shocks mounts are relocated into the frame rail for maximum strength and wheel/tire clearance. Once the coilover conversion is complete, Detroit Speed Mini-Tubs may be installed in the car at any time. 2) The Detroit Speed Swivel-Link™ Rear Suspension Kit eliminates bind and allows the suspension to fully articulate without the use of noisy spherical rod ends. Swivel-Link™ rear links allow for easy pinion angle adjustment without unbolting them from the car for improved traction and lower driveline vibrations. The Fox Body Mustang Swivel-Link™ Kit comes with new hardware and directly bolts on to replace the factory links. A coilover conversion kit is required before installing the Swivel-Link™ kit, as there is no spring perch on the links like on the factory arm. 3) The Detroit Speed Fox Body Mustang Sway Bar offers multiple advantages over the non-effective stock rear bar. Detroit Speed sway bars attach to the rear end housing and the frame rail, whereas the stock bar only connects to the lower suspension links. By using the chassis to stabilize the rear axle as opposed to the opposing link, the deflection of the vehicle under heavy cornering is minimized. Detroit Speed sway bars mount with a low-friction ball-style end-link, allowing free articulation of the bar and eliminating binding through the range of rear suspension travel.