Seasonal Pick Stage 3 Clutch Kit (1ms) For Ford Mustang Gt 1986-1995 5.0l Collection [xUpul9RZ]

Ultimate Stage 3 Clutch Kit for Ford Mustang GT 1986-1995

The Action Clutch Stage 3 (1MS) Clutch Kit is designed for Ford Mustang GT owners seeking to enhance the performance and durability of their vehicles. This kit is engineered to handle the most challenging conditions with ease, making it an ideal choice for both street use and occasional drag, road, or drift racing. Its heavy-duty single diaphragm pressure plate, reinforced drive straps, and Sprung MIBA Ceramic disc (available in a 4 or 6 puck configuration) provide peak performance and extreme durability for low/mild horsepower applications. The Sprung MIBA Ceramic disc offers quicker engagement, although it may introduce some clutch chatter that minimizes after proper break-in.

Key Components and Safety Features

This comprehensive kit includes a Sprung MIBA Ceramic 6 Puck Disc, Single Diaphragm HD Pressure Plate, and essential accessories like the Pilot Bearing/Bushing (when applicable) and a Clutch Alignment Tool. Action Clutch prioritizes safety with its patented, fully enclosed spring retainers, ensuring your investment remains protected at all times. Each kit undergoes rigorous quality checks by experienced engineers with over 60 years of collective experience, guaranteeing consistent performance and safety.

Practical Applications and Benefits

The Stage 3 (1MS) Action Clutch Kit is perfect for drivers looking to take their Ford Mustang GT to the next level, offering maximum control and power with minimal compromise on reliability. Its heavy-duty construction and SFI Spec 1.1 certification make it suitable for heavy-duty street use and occasional racing scenarios. This kit is particularly beneficial for those seeking to improve their vehicle's performance without sacrificing daily drivability. With the proper break-in period, which includes 500 street miles with RPMs under 4500, half-throttle engagement, and no boost (if applicable), you can ensure longevity and optimal holding capacity.