InMotion WR614116 Clutch Release Bearing

Clutch Release Bearing for Select GM Applications

InMotion WR614116 is a clutch release bearing for manual transmission service on select Chevrolet Camaro and Pontiac Firebird models. It is built with a sealed, self-aligning design to support smooth clutch operation and reduced friction in demanding automotive use.

• Clutch release bearing for transmission service
• Sealed self-aligning construction
• Built from high-quality materials for durability
• Supports smooth rotational movement and stable operation
• Compatible with select 1993-1997 Chevrolet Camaro and Pontiac Firebird applications

Detailed Application Coverage

Compatible with 1993-1997 Chevrolet Camaro, N/A, sealed self-aligning, and 1993-1997 Pontiac Firebird, N/A, sealed self-aligning. This InMotion WR614116 bearing is intended for vehicles that need a dependable clutch release bearing in the transmission assembly, with fitment focused on these Camaro and Firebird manual-transmission applications. The WR614116 part number is also a useful reference when verifying the correct bearing for service work on these platforms.

Common Service Issues

• Clutch release bearing noise during pedal engagement
• Rough or inconsistent clutch release feel
• Excess friction in the clutch release system
• Wear-related vibration or instability in the bearing assembly
• Replacement needs during transmission or clutch service

Installation Notes

Verify transmission and clutch specifications before installation. Confirm the sealed self-aligning bearing style matches the original component, and inspect related clutch and transmission parts for wear before reassembly. Use the WR614116 part number during parts verification to help ensure the correct match for your vehicle.

Quality Assurance

InMotion describes this bearing as a high-quality, multi-purpose component engineered for consistent operation across automotive and industrial environments. The sealed design and self-aligning construction are intended to support durability and reliable performance in service.