Fitment Information

• Toyota Corolla Base 1.6L L4 (1990, 1991, 1992)
  
• Toyota Corolla DLX All 1.6L L4 (1988, 1989, 1990, 1991, 1992)
  
• Toyota Corolla DLX 1.6L L4 (1986, 1987, 1988, 1989, 1990, 1991, 1992)
  
• Toyota Corolla FX 1.6L L4 (1987, 1988)
  
• Toyota Corolla FX16 1.6L L4 (1987, 1988)
  
• Toyota Corolla FX16 GTS 1.6L L4 (1987, 1988)
  
• Toyota Corolla GTS 1.6L L4 (1988, 1989)
  
• Toyota Corolla LE 1.6L L4 (1986, 1987, 1988, 1989, 1990, 1991, 1992)
  
• Toyota Corolla LE Limited 1.6L L4 (1986)
  
• Toyota Corolla Sport DLX 1.6L L4 (1986, 1987)
  
• Toyota Corolla Sport GTS 1.6L L4 (1985, 1986, 1987)
  
• Toyota Corolla Sport SR5 1.6L L4 (1986, 1987)
  
• Toyota Corolla SR5 All 1.6L L4 (1988, 1989, 1990)
  
• Toyota Corolla Base 1.8L L4 (1980, 1981, 1982)
  
• Toyota Corolla DLX 1.8L L4 (1980, 1981, 1982)
  
• Toyota Corolla SR5 1.8L L4 (1980, 1981, 1982)
  

Specs & Features

Product Description

Enhance your driving experience with ACT's race disc clutch kits, offering both 4-pad and 6-pad options. Crafted with durable ceramic friction materials and top-grade rivets, these discs provide faster, smoother shifts, whether you're driving a compact car or a larger vehicle. Designed to withstand heat and deliver consistent performance, they're perfect for both everyday driving and high-performance situations. Say goodbye to sluggish shifts and hello to precision and excitement on the road or track with ACT's race disc clutch kits.

• Feel - Expect aggressive engagement, swift gear shifts, and heightened gear rattle.
• Life - Utilizes premium ceramic friction materials for moderate wear rates and superior heat tolerance, while the rigid design may lead to increased spline wear.
• Quality - Features a lightweight yet durable design, with a chromoly hub that's heat-treated to ensure strength and longevity.
• Recommended Use - Ideal for high horsepower street or race applications, where performance and reliability are crucial. 
• ACT Difference - Boasts high burst strength and can withstand 28% more torque compared to typical organic materials, ensuring robust performance under demanding conditions.