Land Rover Discovery 3 L319 Engine Mount Bracket 2.7 TDV6 Diesel 4R8Q-9W276-AB

Land Rover Discovery 3 L319 Engine Mount Bracket 2.7 TDV6 is a component from the Engine mounts category, designed for the 2.7 TDV6 diesel unit in the Discovery 3 L319 model. This used bracket ensures stable support for the powertrain, reducing unwanted vibrations and improving the refinement of the diesel engine.

Specifications and technical data

• SKU: 1336504
• Mark: Land Rover
• Condition: Used
• OEM Part Number: 1336504
• Substitutable numbers: 4R8Q-9W276-AB, 4R8Q9W276AB, 1336504
• Fuel type: Diesel
• Part type: Engine Mount
• Category: Engine Mounts

Purpose and function in the powertrain

The engine mount bracket in the Land Rover Discovery 3 L319 is responsible for transferring loads from the powertrain to the chassis and working in conjunction with damping elements from the Engine mounts category. In the case of the 2.7 TDV6 diesel engine, this is particularly important, as high torque generates greater forces that must be effectively absorbed by the mounting structure.

A correctly selected and functional bracket:

• stabilizes the engine's position relative to the frame and body,
• limits excessive movement of the powertrain during acceleration and engine braking,
• supports the operation of engine mounts, which translates into lower vibration levels in the cabin,
• reduces the load transferred to other powertrain components.

Compatibility with the 2.7 TDV6 diesel engine

The presented component is intended for Land Rover vehicles with a diesel engine, meaning it is adapted to the operating characteristics of a diesel unit – higher torsional vibrations and dynamic loads. As a result, the bracket works with the factory engine mounting system, maintaining proper geometry and mounting points.

Selecting an engine mount bracket dedicated to a specific fuel type and engine construction reduces the risk of improper fitment, unwanted stress, and accelerated wear of adjacent components.

Product characteristics and benefits

As a structural element from the engine mounting group, the bracket in the Discovery 3 L319 operates under demanding off-road and road conditions. Using the original mounting geometry allows for maintaining:

• proper alignment of the powertrain relative to the suspension and body,
• correct cooperation with other engine and transmission mounts,
• stable operating conditions for engine accessories (hoses, wiring, exhaust system),
• more predictable vehicle behavior during load changes.

The used component allows for an economical repair of the engine mounting system while maintaining a design consistent with Land Rover's factory specifications. This is a practical solution for servicing vehicles used off-road or with higher mileage.

Practical installation and maintenance tips

When replacing the engine mount bracket, it is worth paying attention to the condition of other powertrain mounting elements. Replacing a single component in a system that works in a coordinated manner should be combined with an inspection of adjacent mounts and brackets to avoid uneven loading of the new part.

Installation in a workshop environment is recommended, using appropriate engine support points and adhering to tightening torques consistent with service documentation. This ensures the new bracket will operate in an optimal position, and the powertrain will maintain stability during both on-road and off-road driving.

Expanding service within engine mounting

If you are planning a comprehensive repair or upgrade of the engine area in your Land Rover and need other elements from the same group, such as additional brackets, damping elements, or complete mounts, check out the available parts in the Land Rover Engine mounts category.

When planning broader work on diesel units, it is also worth considering the condition of the entire powertrain. For a comparison of the characteristics of different diesel engines and their aftermarket maintenance costs, you can use the analysis in the article BMW N47 vs M57 / M57N / M57N2 – a ranking of legendary diesels, which shows how the choice of engine unit influences subsequent service decisions.