Land Rover Genuine Front Left or Right ABS Sensor for Sport, Evoque -LR071974

Description

The Land Rover Genuine Front Left or Right ABS Sensor for Sport, Evoque – Land Rover Genuine ABS Sensor LR071974 is an essential component of your vehicle’s braking system, designed to ensure maximum safety and performance. The ABS (Anti-lock Braking System) can operate efficiently thanks to the precise wheel speed readings that this OEM (Original Equipment Manufacturer) sensor is designed to provide. The Range Rover Sport and Evoque models are perfectly compatible with the LR071974 ABS sensor, which is manufactured to Land Rover’s exacting quality standards, guaranteeing accurate and dependable operation.

Working Mechanism

The Land Rover Genuine ABS Sensor LR071974 is in charge of tracking the wheels’ rotational speed and sending this information to the ABS control module. The system adjusts braking pressure to stop skidding and loss of control when it senses abrupt deceleration or wheel lock-up. This sensor plays a key role in maintaining vehicle stability, especially during emergency braking or slippery road conditions. Because a malfunctioning ABS sensor can reduce braking effectiveness, it’s critical to replace a defective unit as soon as possible.

Quality and Durability

Premium-grade materials were used in the construction of this Land Rover Genuine ABS Sensor LR071974, guaranteeing longevity and peak performance. Unlike aftermarket alternatives, this authentic part undergoes rigorous testing to fulfill Land Rover’s safety and performance criteria. Long-lasting dependability is ensured by its resistance to harsh environmental factors like dirt, moisture, and extremely high or low temperatures.

Capability and Compatibility

For increased safety, precise ABS operation is ensured by accurate wheel speed detection.

Enhanced Braking Performance: Prevents wheel lock-up, decreasing skidding risks.

OEM Fit & Compatibility: Made to fit Range Rover Sport and Evoque models with ease.

Durability & Reliability: Long-lasting performance due to resistance to wear, grime, and harsh environments.