Land Rover Genuine Throttle Body And Motor LR049646

DISCOVERY SPORT 2015 2.0L 16V TIVCT T/C Gen2 Petrol

RANGE ROVER EVOQUE 2012 2.0L 16V TIVCT T/C Gen2 Petrol

Introduction to Land Rover Genuine Throttle Body and Motor LR049646

It is the Land Rover Genuine Throttle Body and Motor LR049646 is an essential element of the engine’s system, specially created specifically for Land Rover vehicles. The component plays an essential part in controlling airflow into the engine, and regulating the quantity of air needed to ignite the chamber of combustion. The LR049646 has been designed in order to satisfy Land Rover’s rigorous quality and performance requirements, which guarantees maximum functionality and compatibility Land Rover models.

Design and Construction

Constructed with a high degree of precision and made from premium materials The LR049646 Throttle Body and Motor are built to last with a durable structure. The design includes the throttle plate that regulates the flow of air, and an electric motor that controls the motion of the throttle plate. The throttle body has been designed to withstand the harshest conditions and provide the same level of performance in difficult conditions and varied environmental conditions.

Functionality and Operation

The primary purpose for the LR049646 Throttle Body and Motor is to control the flow of air to the engine. When the driver presses the accelerator pedal it’s Engine Control Unit (ECU) sends out signals to the motor in the throttle body, and adjusts the position of the throttle plate. This process alters the quantity of air that enters to the engine directly affecting the engine’s performance as well as efficiency in fuel consumption.

Compatibility and Application

The LR049646 Throttle Body and Motor is specifically made specifically for Land Rover vehicles, ensuring seamless integration and compatibility with a variety of Land Rover models. It is designed to match the specifications and needs that are required by these models, providing an ideal fit and high-quality performance.