Compact Stage 4 Clutch Kit (1md) For Mitsubishi Galant Gs 1989-1993 2.0l Sohc (4g63) Non-turbo 2wd Eco-friendly [1z5t3bc0]

Ultimate Performance for Mitsubishi Galant GS

The Stage 4 Clutch Kit (1MD) for the Mitsubishi Galant GS 1989-1993 2.0L SOHC (4G63) Non-Turbo 2WD is designed for drivers seeking peak performance and extreme durability. This kit is engineered to withstand challenging conditions and is perfect for low/mild horsepower vehicles. It features a heavy-duty single diaphragm pressure plate, reinforced drive straps, and an Unsprung MIBA Ceramic disc, which provides quicker engagement and enhanced control. With this kit, your vehicle will experience improved power transfer and reduced clutch chatter after proper break-in.

High-Quality Components and Specifications

Each component of the Stage 4 Clutch Kit is meticulously crafted for reliability and performance. The kit includes an Unsprung MIBA Ceramic 6 Puck Disc, a Single Diaphragm HD Pressure Plate, and essential accessories like a Pilot Bearing/Bushing, Clutch Alignment Tool, and a Conventional Release Bearing. This comprehensive package is designed to provide maximum control and power with minimal compromise on reliability. With over 60 years of collective engineering experience, Action Clutch ensures that every kit is quality-checked and signed off as safe before release.

Optimized for Racing and Daily Use

The Stage 4 Clutch Kit is ideal for a variety of applications, including racing, drag, road, and drift racing. It is designed to handle the demands of high-performance driving without sacrificing durability. Whether you're looking to enhance your street driving experience or take your race vehicle to the next level, this kit offers the perfect balance of power and control. With proper break-in, which includes 500 street miles with RPMs under 4500 and no boost, you can ensure the longevity and holding capacity of your clutch kit. However, it's important to note that unsprung clutch kits are not designed for daily street use and are best suited for high-performance driving scenarios.