Clutch Masters Industries, Inc. News

A clutch must transfer engine power to the transmission while giving the driver enough control to start, shift, and manage the vehicle. Street drivers usually prioritize smooth engagement,...

Many performance enthusiasts assume that reducing rotating mass always produces better results. A lighter flywheel can help an engine rev faster, improve throttle response, and make a vehicle...

Sports cars place more demand on a clutch than standard daily drivers. More torque, quicker shifts, higher heat, and aggressive launches can push factory clutch components beyond their...

Heat plays a major role in how a clutch feels, grips, and lasts. Every time a driver releases the clutch pedal, the clutch disc, pressure plate, and flywheel manage friction between the...

Inconsistent clutch engagement can make a car feel unpredictable every time you pull away, shift, or load the drivetrain. One launch may feel smooth, while the next feels grabby, vague,...

A flywheel does more than sit between the engine and clutch. It plays a direct role in how smoothly the engine runs, how the car leaves from a stop, and how the drivetrain responds when the...

Every clutch creates heat. The moment the clutch disc slips against the flywheel and pressure plate, friction turns movement into temperature. In a high-horsepower build, track car, or...

High-horsepower (HP) builds create a different set of demands than mildly modified street cars. As power rises, the clutch must hold more torque, manage heat, keep pedal effort reasonable,...

Hydraulic clutch systems depend on clean fluid movement, consistent pressure, and stable line placement. When a hydraulic line sits too close to heat, rubs against a sharp edge, or moves with...

Twin disc clutches give high-output cars the holding power they need without relying on an extreme pedal feel. By using two friction discs instead of one, the clutch increases surface area,...