Land Rover Control Arm

Land Rover Control Arm

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A control arm, also known as an A-arm, is a suspension component in a vehicle that connects the chassis or frame to the steering knuckle or spindle, allowing the wheels to move up and down in relation to the vehicle body. In a Land Rover vehicle, the control arms are part of the suspension system and play a critical role in maintaining stability, handling, and ride comfort.

The Land Rover control arms are typically made of durable materials such as steel or aluminum, and are designed to withstand the stresses and strains of off-road driving. They are shaped like an "A" and have a ball joint on one end that connects to the steering knuckle or spindle, and a bushing on the other end that connects to the frame or chassis.

The control arm helps to absorb shocks and vibrations from the road and transfer them to the suspension system. It also controls the movement of the wheels, keeping them aligned and maintaining proper contact with the road. 

In Land Rover vehicles, the control arms are designed to work in conjunction with other suspension components such as shocks, struts, springs, and sway bars to provide a smooth ride and stable handling. The control arms come in different types and designs, including upper and lower control arms, depending on the specific Land Rover model and suspension setup.

The upper control arms are located above the lower control arms and are typically shorter in length. They are designed to control the movement of the suspension and prevent excessive camber or caster angle changes, which can lead to uneven tire wear and poor handling.

The lower control arms are located below the upper control arms and are typically longer in length. They are designed to support the weight of the vehicle and absorb the shocks and vibrations from the road. The lower control arms also control the movement of the wheels, allowing them to move up and down in relation to the vehicle body while maintaining proper alignment.

Auto Parts Front Control Arm For Land Rover Discovery V L462 Range Rover IV L405 2012- LR113304 LR113281

Control arms connect the steering wheel knuckles and wheel hubs to the car's frame. They allow the wheels to move up and down but prevent them from rolling forward or backward. Most cars have one or two upper and lower control arms per wheel on both the front and wheel suspensions. Most trucks and SUVs use both an upper and a lower control arm, although many front-wheel drive automobiles only use the lower one.

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Aluminum Suspension Control Arm LR114249 LR146038 LR114248 LR146037 For Land Rover Range Rover Evoque 2019-

Because they allow tire movement parallel to the car's body, control arms are an essential component of a car's suspension system. They are made up of a ball joint, a body, and a bushing as their main building blocks. The control arm body and the vehicle frame are connected via a ball joint and bushings on the wheel side of the vehicle suspension (often rubber bushings).

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Control Arm LR113871 LR090506 T4A1012 T4A29804 For Land Rover Range Rover Velar 2017- 2019- and For Jaguar F-PACE 2016-

Usually found in cars and trucks, the suspension component is called a control arm, often known as an A-arm. However, a suspension link connects the wheel hub and steering knuckles to the chassis.

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Auto Parts Control Arm For Land Rover Range Rover Evoque Discovery Sport Jaguar E-PACE LR096362 LR101812 LR110278

Of all the components involved with steering and suspension, a car's control arms are among the most expensive. These assemblies ultimately link a car's front wheels to the matching frame mounts. Control arms enable the frame itself to stay in a fixed position in addition to allowing the wheels of a vehicle to swivel up and down.

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Front wheel suspension Front Control Arm LR090504 LR090505 For Land Rover Range Rover Velar 2017

Of all the components involved with steering and suspension, a car's control arms are among the most expensive. These assemblies ultimately link a car's front wheels to the corresponding frame mounts. Control arms additionally allow for the upward and downward rotation of a vehicle's wheels despite the fixed position of the frame itself.

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