Ridetech Coilovers For Use With StrongArms HQ Series Front Pair 1967-1970

Ridetech coilovers offer the ultimate ride quality, handling performance and simplicity. HQ (Handling Quality) shocks are a step up from the RQ (Ride Quality) shocks. HQ shocks feature a different internal design and adjustability. A knob contains 26 clicks for you to adjust between a soft or firm ride. Pair this set of 1967-1970 Mustang front coilovers with the same series rear coilovers to gain full control over your Mustang.

Superior fade free performance and great ride quality come from the mono-tube construction. An impact forged aluminum body with an anodized finish provides superior strength and reliable service. A 5/8" chrome shock shaft moves a 1.834" piston that dampens suspension travel. Oil leakage is eliminated by use of a double sealed rod guide with a dust cover. The height adjuster uses a unique clamp and finer thread for easy adjustment. There is no set screw to ruin threads on the shock body. Includes 1/2" bore x 1" kevlar lined bearings for noise free operation and CNC machined billet hardware.

Ridetech chooses high quality springs that are manufactured in the USA. 2-1/2" coil springs are made in Indiana by HyperCo. HyperCo uses CNC'd cold wound high tensile premium steel. This lessens weight, resists bowing and increases travel. Ridetech engineers the spring rates to help your car handle to the best of its abilities.

*Requires StrongArms for mounting.

Ridetech has complete control over every aspect of the design, quality and delivery. A majority of all manufacturing is done in-house as well as all research and development, CAD drawings, prototyping, CNC machining, CNC tube bending, jig welding, shock assembly and dynoing, air spring crimping and burst testing, and finally assembly. Ridetech is a company full of hot rodders that know exactly what you want and what you need for your vehicle. All tech/sales employees have Ridetech equipped suspension vehicles and have been involved in the design, manufacture and installation of their suspension systems.