Universal Flywheel Holder, for Both 6 volt and 12 volt VW

EMPI Universal Flywheel Holder for 6V and 12V VW Engines

Comprehensive VW Fitment

The EMPI 7015 Universal Flywheel Holder is an essential addition to any air-cooled Volkswagen toolkit. This tool is specifically designed to fit the VW Beetle, Super Beetle, Karmann Ghia, Bus, Type 3, and Thing. Because it features a universal design, it works seamlessly with both 6-volt (109-tooth) and 12-volt (130-tooth) flywheels, making it a versatile choice for vintage restorations and modern performance builds alike.

Product Overview

Removing or installing a VW gland nut requires immense torque that cannot be managed by hand. This flywheel holder bolts directly through the engine case, locking the flywheel firmly in place. This allows you to safely apply the necessary force to the gland nut or crankshaft pulley nut without the engine rotating. Whether you are performing a simple seal replacement or a complete engine overhaul, this tool ensures the rotating assembly stays stationary.

Pro Tech Tips for Success

Ensure Full Tooth Engagement: Before applying any torque to the gland nut, verify that the teeth of the holder are fully and deeply seated into the flywheel teeth. If the tool is only partially engaged, the high pressure can cause the teeth to slip, potentially damaging the flywheel or the tool itself.

Use Proper Case Hardware: When mounting the holder to your engine case, use the correct length bolts and washers. Ensure the bolts are snug against the case webbing but do not over-tighten them into the magnesium or aluminum case material, as this could lead to stripping the case threads while you are focused on the flywheel torque.

Leverage and Safety: VW gland nuts typically require torque settings of 217 ft-lbs or higher. Always use this holder in combination with a high-quality torque multiplier or a heavy-duty breaker bar. Ensure your engine stand is securely locked or the engine is stable on the bench to prevent the entire assembly from tipping when you apply maximum force.