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ACT 2003 Chevrolet Corvette Twin Disc HD Race Kit Clutch Kit

by ACT
$1,168.00

IN STOCK (5)

SKU ACT-T1R-G01
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Pressure Plate Type Heavy Duty
Disc Material Ceramic
Pad Quantity 6
Input Shaft Diameter (Inches) 1-1/8
Torque Capacity Over OE 138%
Torque Capacity (ft/lbs.) 1141
Friction Surface Diameter (mm) 267
Friction Surface Diameter (Inches) 10.5
Spline Count 26
ItemCodeDesc Twin Disc HD Race Kit
Warranty 12 Months
Product Weight (lbs.) 41.4
Disc Type Rigid Race Disc
SFI 1.2
Tooth Quantity 168

T1R-G01 twin disc kit offers twice the number of disc surfaces for better wear, heat capacity and long life compared to single disc kits. These kits use a proprietary Positive Lift Floater System design, which results in quiet operation with no floater rattle and no posts to wear. ACT twin disc kits endure an exclusive four-stage, heat treating process performed on all diaphragms. The ACT twin disc features the ability to adjust for disc wear and provides equal disengagement for discs. ACT's 6-pad rigid race discs are made with high quality, ceramic friction materials. The chrome-moly hub is heat-treated for strength and durability. The lightweight, rigid design allows for quicker shifts and trouble-free service. All ACT twin disc kits include a CNC-machined and dynamically balanced flywheel to ensure trouble-free installation and operation. ACT twin disc kits include a pressure plate, two discs, a floater, flywheel and alignment tool. Some kits may include a pilot bearing and release bearing.

Feel: Light pedal effort, quicker shifts, aggressive engagement, mild to moderate gear rattle;

Life: Doubles the number of disc surfaces for better wear, heat capacity and longer life, extended by ACT's exclusive diaphragm design;

Quality: Carefully engineered, precisely assembled, accurately balanced, uses select ceramic friction materials for high heat tolerance and maximum performance;

Recommended Use: Recommended for race use only;

ACT Difference: 100% clamp load tested and dynamically computer balanced for smooth high RPM reliability;