Complete Stage 3 Clutch Kit (1ms) For Plymouth Laser Rs 1990-1994 2.0l Dohc (4g63t) Turbo Awd Slash 80% Off The Price [oWAnDY8E]

Stage 3 Clutch Kit for Plymouth Laser RS (1990-1994)

Introducing the Stage 3 Clutch Kit (1MS) for your Plymouth Laser RS, a solution tailored for enthusiasts looking to elevate the performance and durability of their 1990-1994 models equipped with the 2.0L DOHC (4G63T) Turbo AWD engine. This kit is a comprehensive upgrade, featuring a heavy-duty single diaphragm pressure plate and reinforced drive straps, ensuring peak performance in even the most demanding conditions. With the option of a Sprung MIBA Ceramic disc, either 4 or 6 pucks, this kit is perfect for low to mild horsepower vehicles, offering an impressive torque holding capacity of 550 ft/lbs.

Advanced Engineering and Safety

Action Clutch prioritizes safety and reliability with their Stage 3 clutch kit. Each component is designed to withstand rigorous use, including a patented fully enclosed spring retainer system that protects your engine and transmission from potential damage. The kit includes a Sprung MIBA Ceramic 6 Puck Disc, Single Diaphragm HD Pressure Plate, and essential accessories such as a Pilot Bearing/Bushing, Clutch Alignment Tool, and a Conventional Release Bearing. Quality-checked by experienced engineers with over 60 years of combined expertise, this kit ensures consistent performance and peace of mind.

Performance for All Enthusiasts

Whether you're engaging in occasional drag racing, road, or drift racing, the Stage 3 Clutch Kit offers the control and power you need with minimal compromise on reliability. This kit is suitable for heavy-duty street use, providing a smooth and quick engagement that minimizes clutch chatter, enhancing the driving experience. With a break-in period of 500 street miles under 4500 RPM and half-throttle, this kit ensures a long lifespan and maximum holding capacity. With SFI Spec 1.1 certification, this clutch kit is a must-have for any performance-oriented driver seeking peak performance without compromising safety.