Luk DMF183 Clutch Flywheel

LuK DMF183 Dual Mass Flywheel

The LuK DMF183 is a dual mass flywheel engineered for Porsche drivetrain applications that need torsional vibration control and smoother engine-to-transmission operation. It is a direct-fit transmission flywheel solution for 2013-2016 Porsche Boxster and 2014-2016 Porsche Cayman models.

Key Features

• Dual mass flywheel design with two rotating masses
• Integrated arc spring damping system for torsional vibration control
• Helps isolate drivetrain shock from engine pulses
• OE-style replacement for Porsche Boxster and Porsche Cayman applications
• LuK part number DMF183 for application matching

Product Details

LuK developed the dual mass flywheel to reduce torsional vibrations in the drivetrain by separating the flywheel into two masses that rotate against each other. In the DMF183, the internal damping system absorbs engine vibration before it reaches the transmission, helping support smoother clutch engagement and more refined drivability. This part cross-references 4150803100 for the same application.

Fits 2013-2016 Porsche Boxster, N/A. Fits 2014-2016 Porsche Cayman, N/A. The LuK DMF183 is a fitment-based replacement for Porsche Boxster and Porsche Cayman vehicles in these model years.

Common Issues Addressed

• Excess drivetrain vibration at idle or during acceleration
• Harsh clutch take-up or shudder during engagement
• Noise caused by worn flywheel damping components
• Reduced smoothness in manual transmission operation

Installation Notes and Tips

Inspect the clutch system, release components, and transmission mating surfaces before installation. Replace the flywheel only after confirming the vehicle application by year and model, and follow the manufacturer service procedure for torque and alignment specifications. Verify the LuK DMF183 against the existing part number and vehicle fitment before installation.

Quality Assurance

LuK, part of Schaeffler, introduced the dual mass flywheel concept more than 30 years ago and continues to supply drivetrain components built around vibration damping and OE-level engineering principles.