ACT T2RS-G14 Mod-Twin XT Sprung Race Clutch Kit - 10.5

The ACT T2RS-G14 Mod-Twin 10.5 XT Sprung Race Clutch Kit is engineered for extreme performance applications including drag racing, road racing, and rally. This modular twin-disc clutch system delivers exceptional torque capacity with predictable, aggressive engagement and surprisingly light pedal effort for a race clutch.

Advanced Twin-Disc Design:

• Dual puck-style ceramic friction plates provide twice the friction surface area for maximum heat capacity and torque handling
• Forged aluminum pressure plate cover ensures strength and durability under extreme conditions
• Exclusive four-stage heat-treated diaphragm spring maintains consistent light pedal feel
• 100% clamp load tested for reliable performance
• CNC-machined and dynamically balanced flywheel reduces vibration and ensures smooth operation

Mono-Drive Sprung Hub Assembly:

The Mono-Drive sprung hub assembly is a key innovation that sets this clutch apart. It uniformly transfers torque while damping torsional vibration, extending input shaft life and reducing driveline shock. This design enables quick shifting and protects transmission components.

Complete Kit Includes:

• CNC-machined flywheel
• Forged aluminum pressure plate cover with diaphragm spring
• Two puck-style ceramic friction plates
• Mono-Drive sprung hub assembly
• Floater plate
• Alignment tool
• Pilot bearing (where applicable)

Serviceable and Rebuildable:

Unlike many twin-disc clutches, the Mod-Twin is fully rebuildable with replacement friction discs available separately, making it a cost-effective long-term solution for high-horsepower applications.

Performance Characteristics:

Expect aggressive engagement ideal for launching high-powered machines, with minimal OE to mild transmission gear noise. Some start-off judder is possible, which is typical of high-performance ceramic clutches. The premium ceramic friction materials deliver superior heat tolerance and extended clutch life even under the most demanding racing conditions.