South Bend Clutch 1947-OKHD 13" Full Organic Clutch Kit for 2000.5-2005.5 Dodge 5.9L Cummins with NV5600 Transmission

South Bend Clutch 1947-OKHD 13" Full Organic Clutch Kit

The South Bend Clutch 1947-OKHD is a Stage 2 clutch kit designed for 2000.5-2005.5 Dodge Ram 2500-4500 trucks equipped with the 5.9L Cummins High Output diesel engine and NV5600 6-speed manual transmission. This 13" full organic clutch kit is built to handle up to 425 horsepower and 900 ft-lbs of torque, making it an ideal choice for heavy-duty applications. With a towing capacity of 20,000 lbs, it offers smooth engagement and reliable performance for vehicles needing enhanced strength and durability. The kit includes a South Bend Clutch single mass flywheel for improved reliability and system performance.

Detailed Product Description

Full Organic Clutch Disc

This clutch kit features a 13" organic clutch disc, designed to provide smooth engagement and consistent performance in demanding conditions. The organic friction material ensures durability and effective operation for heavy-duty use, including towing and hauling.

South Bend Clutch Flywheel

The kit includes a South Bend Clutch single mass flywheel to replace the OEM dual mass flywheel. This single mass design eliminates common failure points and improves the reliability and performance of the clutch system.

Performance Specifications

The South Bend Clutch 1947-OKHD supports up to 425 horsepower and 900 ft-lbs of torque, with a towing capacity of up to 20,000 lbs. This makes it suitable for heavy-duty performance applications, including modified vehicles requiring dependable performance under high stress.

Compatibility and Installation

This clutch kit is compatible with 2000.5-2005.5 Dodge Ram 2500-4500 trucks equipped with the 5.9L Cummins High Output diesel engine and NV5600 6-speed manual transmission. It requires the included single mass flywheel and is not compatible with the OEM dual mass flywheel. Professional installation is strongly recommended to ensure proper fitment and optimal performance.