Exedy Hyper Twin Cerametallic Clutch Kit Nissan Skyline GT-R BCNR33 1995-1998 | NM042SD

Overview

The Exedy Hyper Twin Cerametallic Clutch Kit (NM042SD) is a high-performance multi-disc clutch system engineered specifically for the Nissan Skyline GTR (BCNR33) powered by the iconic RB26DETT twin-turbocharged inline-6 engine. Designed for serious motorsport and high-horsepower street builds, this pull-type twin disc clutch delivers exceptional torque capacity and durability far beyond what a stock or single-disc unit can offer. If you're pushing your Skyline GTR to its limits on the track or strip, the Exedy Hyper Twin is the definitive clutch upgrade.

Key Features & Benefits

• Twin Cerametallic Friction Discs – ceramic-metallic compound provides superior heat resistance and bite, maintaining consistent clamping force under extreme track and drag racing conditions where organic materials fail.
• Sprung Center Disc Design – Integrated torsional damper springs on the center disc absorb driveline shock and reduce harmonic vibration, making this twin-disc system more streetable than rigid-hub alternatives.
• Pull-Type Actuation – Engineered to the factory pull-type clutch architecture of the BNR32 Skyline GTR, ensuring direct bolt-on compatibility with the OEM bellhousing and release bearing system without custom hydraulic modifications.
• Massive Torque Capacity – The twin-disc configuration dramatically multiplies clamping surface area, enabling this kit to handle the high torque output of built and heavily modified RB26DETT engines running large turbos, high boost, and power adders.
• Exedy Race Quality Construction – Manufactured to motorsport-grade tolerances by Exedy, one of the world's leading OEM and performance clutch suppliers, ensuring consistent pedal feel, release, and long service life under repeated abuse.
• Performance-Tuned Pressure Plate – The heavy-duty pressure plate delivers the increased clamp load necessary to keep both discs locked under hard acceleration, preventing slippage during high-RPM power shifts.