Product Description
TORKLIFT A7311S StableLoad Suspension Upgrade LOWER, Stainless Steel, Quick Disconnect, With drill.
OVERVIEW
StableLoad Quick Disconnect (Lower Overload) EngagedThe StableLoad Quick Disconnect (patent pending) is our number one recommended most effective and versatile StableLoad. This StableLoad design is specifically engineered for the extremely robust lower overload springs. The lower overload springs are generally over 30% stronger than upper overload springs making this StableLoad design the most effective. This StableLoad design offers astounding improvement in safety and vehicle handling and is accomplished by putting the robust lower overload to work sooner dramatically stabilizing the vehicles suspension making the vehicle's passengers and load significantly safer. All StableLoad kits work equally well with or without aftermarket airbags overloads.
The Quick Disconnect models for the lower overload spring incorporate a unique design that allows theStableLoad to quickly engage or disengage your lower overloads, enabling you and your passengers to ride in safety and comfort when towing or hauling and to quickly return to the original ride in just seconds when not towing or hauling. This is accomplished by attaching each of the StableLoads (four per kit) onto each overload end (front and rear passenger side, front and rear driver side). The Quick Disconnect StableLoad Series is designed with a tapered wedge mounted to a hinge mechanism that allows the StableLoad to be hinged in or out of engagement in seconds using a common 3/8" ratchet extension and ratchet. Each precision crafted StableLoad kit carries our Legendary Lifetime Warranty and is proudly made in the USA.
The StableLoad dramatically improves vehicle handling characteristics by "pre-activating" the stabilizing effect designed for rear springs by keeping them actively under load the way your vehicle factory engineers designed them to operate.
StableLoads are designed to improve the handling characteristics of your loaded vehicle by “pre-loading” the factory overload spring.
