Land Rover Genuine Air Flow Sensor LR093998

Description

The Land Rover Genuine Air Flow Sensor LR093998 is a factory-original engine management component, precisely engineered to measure the volume of air entering your vehicle’s engine. Manufactured by Land Rover to strict OEM specifications, this mass airflow (MAF) sensor ensures seamless integration with your vehicle’s engine control system, delivering accurate and reliable airflow readings for optimized fuel injection and smooth engine performance.

Designed to replace LR093998, this genuine air flow sensor restores factory-grade operation, promoting better throttle response, improved fuel economy, and reduced emissions under all driving conditions.

Working

The Land Rover Genuine Air Flow Sensor LR093998 operates by continuously monitoring the quantity and density of air flowing into your engine’s intake system. This real-time data is sent to the vehicle’s ECU, which uses the information to calculate the correct fuel injection rate for optimal combustion.

A well-functioning MAF sensor, such as LR093998, ensures the engine receives the proper fuel-air mixture, enhancing acceleration, reducing fuel consumption, and lowering harmful emissions. A worn or faulty sensor can lead to rough idling, sluggish performance, poor fuel economy, and activation of the engine warning lights.

Quality and Capability

Manufactured using premium materials and advanced sensing technology, the Land Rover Genuine Air Flow Sensor LR093998 is built to endure the demanding environment of the engine bay, including exposure to heat, moisture, dust, and engine vibrations. Its precision electronic components deliver consistently accurate readings for dependable, long-lasting performance.

Its capability lies in maintaining the accuracy of your Land Rover’s original fuel management system, ensuring optimal engine health, efficiency, and driving comfort. Designed for seamless, direct-fit installation, this genuine part is the trusted choice for owners who prioritize factory-spec quality, safety, and reliability.