Range Rover Sport L494 Rear Suspension Arm Front Lower Left N/S CPLA-5K899-A

Range Rover Sport L494 Rear Suspension Arm Front Lower Left N/S is an original component from the Control arms and ball joints group, designed for precise operation within the suspension system. Engineered specifically for Land Rover models, it ensures stable axle handling and proper wheel geometry in demanding road conditions. This used OEM component is a sensible choice for professional suspension repairs where structural fitment and predictable vehicle behavior are essential.

Specifications and technical data

• SKU: DPLA-5K976-AG
• Mark: Land Rover
• Condition: Used
• OEM Part Number: DPLA-5K976-AG
• Substitutable numbers: LR163135, DPLA-5K976-AG, DPLA5K976AG, CPLA-5K899-A, CPLA5K899A
• Location on the vehicle: Front, Rear, Left
• Category: Control Arms, Ball Joints & Assemblies

Purpose and function in the suspension

This control arm operates in the rear suspension area, and its design is adapted for installation in the front section of the suspension system on the left side. It is responsible for:

• guiding the wheel along the correct trajectory during suspension travel,
• maintaining stable geometry during acceleration, braking, and cornering,
• transferring loads from the wheel hub to the chassis through mounting points.

Thanks to this, the Range Rover Sport L494 suspension system maintains predictable reactions, and tires wear evenly.

Compatibility and OEM fitment

The control arm was developed as an original part for the Land Rover brand, which means full compatibility with factory mounting points and seamless integration with other suspension components. The design complies with the vehicle manufacturer's requirements regarding:

• arm geometry and ball joint positioning,
• stiffness and performance characteristics under load,
• integration with other control arms and rear axle components.

Such a solution facilitates installation and reduces the risk of alignment issues after replacement.

Characteristics of the used component

As a used part, this control arm is intended for users and workshops looking for a balance between repair costs and maintaining the vehicle's original specifications. In practice, this means:

• preserving the factory design and mounting points,
• the ability to be used as a replacement for a worn or damaged control arm without interfering with the suspension structure,
• a sensible solution for post-accident repairs or restoring the vehicle to operational efficiency.

After installation, it is recommended to perform a professional wheel alignment check to fully utilize the suspension system's properties.

The importance of correct control arm selection

A properly selected control arm in a Range Rover Sport L494 affects driving stability, ride comfort, and safety during emergency maneuvers. Correctly matching the component to the axle, vehicle side, and mounting position is crucial to:

• avoid incorrect wheel alignment and accelerated tire wear,
• ensure proper cooperation with shock absorbers, springs, and the stabilizer bar,
• maintain the vehicle's factory handling characteristics in various road conditions.

For workshops specializing in the Land Rover brand, such an element is a valuable component for comprehensive suspension service.

If you are planning a comprehensive repair or upgrade of the suspension area in your Land Rover and need other parts from the same group, such as additional control arms, ball joints, or mounting hardware, check out the available parts in the Land Rover Control arms and ball joints category.

Technical support and part selection

When working with the suspension system, it is worth using reliable sources of knowledge to correctly diagnose play, knocking, or uneven tire wear. Practical tips regarding the operation and replacement of components such as shock absorbers, control arms, or stabilizer bars can be found in the article "Suspension system – a comprehensive guide to shock absorbers, control arms, and stabilizer bars", which helps to better understand the relationships between individual components and facilitates informed selection of spare parts.