ACT 16-17 Chevrolet Camaro SS Twin Disc XT Street Kit Clutch Kit

Brand: ACT

Product Code: T2S-G09

Availability:In stock

Specifications
Warranty 12 Months
Product Weight (lbs.) 43.6
Disc Type Street Disc
SFI 1.2
Tooth Quantity 168
Input Shaft Diameter (Inches) 1-1/8
Torque Capacity (ft/lbs.) 986
Friction Surface Diameter (mm) 267
Friction Surface Diameter (Inches) 10.5
Spline Count 26
ItemCodeDesc Twin Disc XT Street Kit


T2S-G09 street 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 undergo an exclusive four-stage, heat treating process on all diaphragms. The ACT twin disc features the ability to adjust for disc wear and provides equal disengagement for discs. The ACT Performance street rigid-hub discs feature premium organic materials with high copper content for better heat transfer and steel-backed lining for greater burst strength and durability. The chrome-moly hub is heat-treated for strength and durability. Rivet design and materials are carefully selected for maximum strength. 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: Moderate to heavy pedal effort, smooth engagement, OE to moderate gear rattle;

Life: Disc surfaces doubled for better wear, heat capacity and longer life, further extended by ACT's exclusive diaphragm design;

Quality: Carefully engineered, precisely assembled, accurately balanced, with premium organic friction materials for heat tolerance and reduced fade;

Recommended Use: Recommended for high horsepower street or race use;

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