Quarter Master Tomar TD22 Racing Clutches 371032Brand: Quarter Master Manufacturer's Part Number: 371032 Part Type: Clutch Kits Product Line: Quarter Master Tomar TD22 Racing Clutches Automotive Fittings Part Number: QTM 371032 Clutch Usage: Performance Clutch Disc Quantity: 2 Flywheel Included: No Disc Diameter (in.): 2. 375 in. Disc Diameter (mm): 60mm Throwout Bearing Included: No Alignment Tool Included: No Pilot Bushing Included: No Counterweight Assist: No Mounting Hardware Included: No
Shopping security
Each payment you make on thelockerguy is secured with strict SSL encryption and PCI DSS data protection protocols
product description
Why choose thelockerguy wholesale?
Brand: Quarter Master Manufacturer's Part Number: 371032 Part Type: Clutch Kits Product Line: Quarter Master Tomar TD22 Racing Clutches Automotive Fittings Part Number: QTM-371032 Clutch Usage: Performance Clutch Disc Quantity: 2 Flywheel Included: No Disc Diameter (in.): 2.375 in. Disc Diameter (mm): 60mm Throwout Bearing Included: No Alignment Tool Included: No Pilot Bushing Included: No Counterweight Assist: No Mounting Hardware Included: No Quantity: Sold as a kit. Notes: Designed for the Yamaha KT100 engine. Description: Quarter Master Tomar TD22 racing clutches are the smallest units available with a diameter of just 2 3/8 in. They offer the lowest moment of inertia possible, yet these Karting 2-cycle clutches are still capable of handling stall speeds up to 8,800 rpm. Tomar TD22 clutches are engineered specifically to fit Yamaha KT100 applications, utilizing patented Thermal Dissipation Technology; these clutches can stand up to harsh racing conditions. The TD Technology ensures friction surfaces are isolated to friction discs and rotors to avoid warping, drastically increasing durability and service life over the competition. This also allows the dry clutch to endure unprecedented stall speeds without fears of preventative failure. Whether competing on sprint or oval tracks, dirt or asphalt, Quarter Master Tomar TD22 racing clutches are ideal.