Comp Clutch 99785-1620 Stage 4 Ceramic Sprung Disc for 1992-1993 Acura Integra

Vehicle Fitment

• 1992-1993 Acura Integra GS-R (1.7L I4, Manual Transmission)

Features

• Stage 4 clutch disc engineered for high-performance applications
• Ceramic friction material for improved heat resistance
• Sprung hub reduces drivetrain shock and improves engagement feel
• Six-puck design for enhanced torque transfer
• Ideal for spirited street driving or modified engines
• Maintains stronger grip under load vs stock disc
• Includes alignment tool to simplify installation
• Designed for use with compatible pressure plate and hardware

Specifications

• Brand: Comp Clutch
• Part Number: 99785-1620
• Clutch Disc Type: Stage 4 ceramic sprung
• Disc Diameter: Performance-oriented size matching specified vehicles
• Hub Type: Sprung for vibration damping
• Application: Manual transmission vehicles
• Fitment: Designed for Acura Integra GS-R 1992-1993

Included Components

• 1x Stage 4 ceramic sprung clutch disc (99785-1620)
• 1x Alignment tool
• Pilot bearing and throw-out bearing included where applicable

Product Description

The Comp Clutch 99785-1620 Stage 4 ceramic sprung clutch disc is a performance-focused upgrade engineered specifically for 1992-1993 Acura Integra GS-R models with a 1.7L engine and manual transmission. This high-capacity clutch disc uses ceramic friction material and a sprung hub design to deliver significantly improved torque holding capacity and heat resistance compared with a stock clutch disc. The sprung hub also helps absorb drivetrain shock and delivers smoother engagement during spirited driving or when paired with modified engines.

Ideal for enthusiasts seeking stronger torque transfer and enhanced durability, this Stage 4 clutch disc works with compatible pressure plates and full clutch systems to provide improved acceleration response and consistent performance on street driving or track use. The included alignment tool aids with installation, and the performance-oriented design helps ensure reliable engagement under high load conditions while maintaining a durable construction suitable for long-term use.