Red polyurethane aluminium drive shaft connecting plate bracket for 82-88 BMW E28 vehicles

This specialised automotive component serves as a replacement drive shaft connecting plate bracket specifically engineered for BMW E28 series vehicles manufactured between 1982 and 1988. The red polyurethane aluminium construction provides a distinct material choice for transmission system modifications, offering restoration enthusiasts and mechanical workshops a direct-fit solution for the 533i, 535i, 535is and M5 variants within this model range. As a critical element in the drivetrain system, this bracket ensures proper alignment and connection between transmission components.

Features and Construction

The drive shaft bracket incorporates specific design elements tailored to BMW's E28 platform requirements. Its construction addresses the mechanical needs of these particular vehicles while offering modification possibilities through its distinctive material composition and colour finish.

Material and Build

Manufactured from polyurethane aluminium, this bracket combines aluminium's structural properties with polyurethane elements to create a composite material suited to automotive applications. The red colour finish provides visual distinction and may help with identification during installation or future maintenance work. This material choice represents a specific engineering solution rather than standard bracket construction.

Size and Practical Fit

Designed as a direct replacement component, this bracket maintains the original dimensions and mounting specifications required for proper installation in compatible vehicles. The fitment covers the complete E28 series from 1982 through 1988 model years, ensuring correct alignment with existing transmission components. No modification should be required for installation in properly specified vehicles.

Uses and Placement

This automotive component serves specific purposes within vehicle maintenance and modification contexts. Its application extends beyond simple replacement to include restoration projects and performance-oriented upgrades where bracket integrity is essential.

Event or Professional Use

Mechanical workshops and automotive specialists working on BMW E28 series vehicles will find this bracket suitable for professional repair scenarios where original components require replacement. The specified compatibility with 533i, 535i, 535is and M5 models ensures correct application across performance variants within the range. Restoration projects aiming for period-correct modifications benefit from the direct-fit design.

Everyday Home Use

For vehicle owners maintaining or restoring their own BMW E28 models, this bracket provides a straightforward replacement option when original components show wear or require upgrading. The included automobile transmission shaft completes the package for those undertaking transmission work. DIY mechanics with appropriate skills and tools can utilise this component for garage-based projects.

Benefits and Buying Value

The practical advantages of this automotive component centre around its specific compatibility and material construction. These elements combine to create value for those requiring exact replacement parts for their vehicles.

Reuse and Low Maintenance

As a replacement component rather than a consumable item, this bracket offers long-term service within the vehicle's transmission system. The polyurethane aluminium construction provides material characteristics suited to the bracket's function without requiring specialised maintenance beyond standard vehicle care. Proper installation ensures continued operation throughout normal vehicle use.

Why Choose This Product

This drive shaft connecting plate bracket addresses the specific need for E28 BMW owners requiring replacement transmission components. The verified compatibility with 82-88 model years and multiple variants within the series provides confidence in fitment. The red colour and polyurethane aluminium construction offer distinctive material properties that may suit various modification approaches while maintaining functional requirements.