ACT T3R-G23 Mod-Twin 10.5 XX Rigid Race Clutch Kit

The ACT T3R-G23 Mod-Twin 10.5 XX Rigid Race Clutch Kit is a high-performance twin-disc clutch system engineered for aggressive launches and rapid shifting in high-powered applications. Combining twice the ceramic friction surfaces with a solid Mono-Drive hub in a completely modular design, this kit delivers uncompromising power transfer and durability for serious performance builds.

Each diaphragm spring undergoes ACT's exclusive four-stage heat-treating process, ensuring a consistent pedal feel with moderate effort even under the most demanding race conditions. Puck-style ceramic friction plates provide a high friction coefficient, superior heat capacity, and extended clutch life. These plates uniformly transfer torque to a Mono-Drive Chromoly hub that is heat-treated for strength, extending input shaft life through one continuous spline engagement.

Key Features:

• Twin-Disc Design — Doubles the friction surface area for improved heat dissipation, wear resistance, and torque capacity
• XX Ceramic Friction Plates — Puck-style ceramic material delivers high friction coefficient and excellent heat tolerance
• Solid Mono-Drive Hub — Single Chromoly hub increases toughness and spline life with rigid coupling to the transmission
• Four-Stage Heat-Treated Diaphragm Springs — Ensures consistent pedal feel and long diaphragm life
• CNC-Machined & Dynamically Balanced Flywheel — Guarantees trouble-free installation and smooth high-RPM operation
• Modular Construction — Fully rebuildable; replacement discs may be ordered separately
• Positive Lift Floater System — Quiet operation with no floater rattle and no posts to wear

Kit Includes:

• CNC-machined and dynamically balanced flywheel
• Pressure plate cover
• Diaphragm spring face
• Puck-style ceramic friction plates
• Rigid Mono-Drive hub
• Floater
• Alignment tool
• Pilot bearing (where applicable)

The T3R-G23 Mod-Twin is fully rebuildable, making it a long-term investment for high-performance street and race use. Its lightweight, rigid design allows for quicker shifts and trouble-free service over the life of the build.