Benefits:
- High friction and heat tolerance from ACT's premium ceramics, ensuring minimal wear and tear.
- Rely on drive plates made from heat-treated high-carbon spring steel for the most challenging racing scenarios.
- Ensures effortless installation and perfect fit with the transmission thanks to precision engineering.
Features:
- Diameter (IN): 10.5
- Diameter (mm): 266
- Disc Material: Ceramic
- Sprung or Solid Disc: Sprung
- Product Weight (lbs.): 4.9
- SFI: 1.1
- Feel: Aggressive engagement, quick shifts, mild to moderate gear rattle
- Recommended for high horsepower street or race use
Applications:
- 1982-1983 Chevrolet Camaro Berlinetta
- 1982-1983 Chevrolet Camaro Sport
- 1982-1983 Chevrolet Camaro Z28
- 1982 Chevrolet Camaro Z28 Indianapolis 500 Pace Car
- 1972 Chevrolet Corvette Base
- 1986-2001 Ford Mustang GT
- 2001 Ford Mustang GT Bullitt
- 1995 Ford Mustang GTS
- 1986-1993 Ford Mustang LX
- 1993-1998 Ford Mustang SVT Cobra
- 1993 Ford Mustang SVT Cobra R
- 1971-1972 Pontiac Catalina Base
- 1971-1972 Pontiac Catalina Brougham
- 1971-1972 Pontiac Catalina Safari
- 1971-1977 Pontiac Firebird Base
- 1979-1980 Pontiac Firebird Base
- 1982-1992 Pontiac Firebird Base
- 1971-1977 Pontiac Firebird Esprit
- 1979-1980 Pontiac Firebird Esprit
- 1971-1977 Pontiac Firebird Formula
- 1979-1981 Pontiac Firebird Formula
- 1989-1992 Pontiac Firebird Formula
- 1982-1986 Pontiac Firebird S/E
- 1972-1977 Pontiac Firebird Trans Am
- 1979-1992 Pontiac Firebird Trans Am
- 1989-1992 Pontiac Firebird Trans Am GTA
- 1971-1972 Pontiac GTO Base
Description:
With decades of track and street performance experience, Advanced Clutch Technology uses the latest tech to develop products that are guaranteed to excel. Designed specifically per application, ACT clutch kits provide an unmatched mix of pedal feel, torque capacity, durability, and longevity. Constructed from Chromoly steel forgings, ACT flywheels offer exceptional strength while still being lightweight. No matter the ACT parts, they’ve been put through extensive testing using a combination of computer-aided and real-world methods.
