BMW F87 M2 F80 M3 F82 F83 M4 Dual Twin Mass Flywheel DKG 2283829

BMW F87 M2 F80 M3 Flywheel Dual Mass 2283829 is a component from the Clutch Kits category, designed for the drivetrains of sporty BMW M series models. A used dual-mass flywheel allows for an economical yet technically correct replacement of a key drivetrain component, maintaining the characteristic BMW engine running culture and throttle response precision.

Specifications and technical data

• SKU: 2283829
• Mark: BMW (Genuine OE)
• Condition: Used
• OEM Part Number: 2283829
• Substitutable numbers: 21212283829, 2283829
• Tire profile: 65535
• Category: Clutch Kits

Purpose and Technical Characteristics

The presented BMW dual-mass flywheel is designed to work with the clutch system in F87 M2 and F80 M3 models, where effective damping of torsional vibrations generated by high-revving engines is crucial. The dual-mass flywheel acts as a buffer between the crankshaft and the gearbox, stabilizing torque transfer and reducing stress on transmission components.

The dual-mass solution in these BMW models is particularly important for dynamic driving, frequent gear changes, and operation at higher RPMs. Appropriately selected characteristics of internal springs and dampers translate to:

• reduced noise and vibrations in the cabin,
• smoother clutch engagement,
• better protection of the gearbox during sudden load changes.

Benefits of Using a Dual-Mass Flywheel in BMW F87 M2 / F80 M3

In sporty BMW M series models, the combination of precise handling and appropriate drivetrain running culture is paramount. The use of a correct dual-mass flywheel contributes to:

• stable torque transfer under high loads,
• more predictable car behavior when starting off and accelerating,
• reduction of jerks during gear changes, especially when operating with a heavily loaded drivetrain.

The dual-mass flywheel in these constructions is a significant element of the entire clutch kit, therefore its selection based on a specific model reference directly impacts the durability of other components and the comfort of using the car.

Condition, Origin, and Service Application

The offered flywheel comes from a BMW vehicle and is a used part, which allows for reduced repair costs while maintaining the original design specifications. This type of part is particularly useful in:

• clutch system repairs after failure or wear and tear,
• drivetrain rebuilds for track or track-day projects,
• service at specialized workshops dealing with M models.

Choosing an original dual-mass flywheel from a dismantled vehicle allows for maintaining factory drivetrain performance parameters without the need to use aftermarket solutions with different damping characteristics.

Integration with the Clutch and Drivetrain System

The dual-mass flywheel works with the clutch disc and pressure plate, forming a complete drivetrain system between the engine and the gearbox. The correct selection of the component for a specific F87 M2 or F80 M3 version is crucial for:

• correct positioning of the clutch disc relative to the crankshaft,
• maintaining the proper geometry of the clutch release bearing operation,
• preserving factory acceleration and throttle response parameters.

In the case of advanced drivetrain modifications (e.g., power increases), using an original dual-mass flywheel is often the starting point for further work, as it ensures predictable system behavior across a wide range of loads.

BMW Clutch Kits – Selection and Extended Offer

If you are looking for other BMW Clutch Kits tailored to specific models of this brand, check out our dedicated category: BMW Clutch Kits. You will find a wide selection of components for various generations and engine versions, making it easy to assemble the entire drivetrain in one place.

For a comparison of sporty drivetrain characteristics with other brands, it is worth familiarizing yourself with an analysis of RS model constructions – differences in engines, brakes, and chassis – in the article: Audi RS vs. Other Models – What Lies Under the Hood and Chassis?. This allows for a better understanding of how manufacturers design drivetrain components in high-performance cars.