Skip to product information
1 of 1

Exedy

5L40E 5L50E | OE Dynax Intermediate, Single Sided, OD Spline High Energy Friction Clutch Plate 1999-ON

GM5L-11-12E
Regular price

£6.36 ex VAT

Regular price Sale price £6.36
Sale Sold out
Taxes & Shipping calculated at checkout.

Provide your 17 digit VIN at checkout and we'll verify this part fits your specific vehicle before shipping.

Comparison Numbers

DAG08081
512559
96020685

Specs

Vehicles

Transmission Code:
5L40E
5L50E

Shipping

FREE ECONOMY SHIPPING WITHIN THE UK.
For all other countries, please contact Customer Service for competitive live rates.

Live Chat is available Mon - Fri 0815 - 1715 BST.

Call Customer Service on +4401323848886

Returns

Parts supplied correctly may be subject to a 15% handling charge.

This form MUST be returned with all goods.

All returns must have prior approval of Sussex Auto Parts Ltd. Failure to obtain this will result in the refusal of refund. Download Sussex Autos Return Form.

Request Information

Email Information Request to Sussex Autos Customer Service

Please include product details where applicable.

5L40E 5L50E | OE Dynax Intermediate, Single Sided, OD Spline High Energy Friction Clutch Plate 1999-ON

Enhance transmission durability and shift precision with the OE Dynax Intermediate Single-Sided OD Spline High Energy Friction Plate, designed for GM / BMW 5L40E and 5L50E automatic transmissions from 1999-on.

Manufactured by Dynax, a leading OEM supplier of advanced friction technology, this plate features high-energy carbon-impregnated friction material engineered for exceptional heat stability, wear resistance, and torque consistency. The single-sided outer-spline (OD) configuration ensures smooth engagement, minimal slippage, and extended clutch life in the intermediate clutch assembly.

Precision-built to original equipment standards, this component provides exact fitment and performance equivalent to factory-installed friction plates, making it ideal for professional rebuilders seeking OE reliability and high-energy performance.