Clutch Assy Less Discs

The TILTON Clutch Assembly Less Discs (Model 66-003HG) is a precision marine drivetrain component engineered for boaters who demand reliable power transfer in demanding water conditions. This clutch assembly serves as the core engagement mechanism in high-performance marine applications, designed for vessels that require smooth, consistent clutch actuation under variable load and acceleration. Whether you're operating a performance boat, commercial fishing vessel, or any marine platform relying on precision clutch engagement, this OEM-specification assembly delivers the repeatability and durability serious water operators expect.

Built to TILTON's exacting standards, the clutch assembly less discs features precision-machined internals and wear-resistant surfaces that withstand the thermal cycling and shock loads inherent to marine duty. The modular design—sold without friction discs—allows for customized disc selection based on your specific application demands, torque requirements, and engagement characteristics. At 7.14 pounds and compact 9.05" × 2.85" × 9.75" dimensions, this assembly integrates cleanly into space-constrained marine engine compartments while maintaining the robust construction needed for saltwater and freshwater environments. The less-discs configuration means you're purchasing the housing, springs, and mechanical components that form the foundation of clutch performance.

Marine technicians and boat builders select the TILTON 66-003HG assembly when replacing worn or damaged clutch units in established marine systems where OEM-spec fitment and compatibility are non-negotiable. This assembly is ideal for restoration projects, performance upgrades, or emergency drivetrain repairs where precise replacement of the clutch core is required. Installation and disc selection should be performed by a qualified marine mechanic familiar with your specific engine and transmission configuration to ensure correct engagement feel and durability. Verify compatibility with your vessel's engine displacement, transmission type, and intended duty cycle before ordering.