Range Rover Velar L560 Accelerator Throttle Pedal HK83-9F836-CB

Range Rover Velar L560 Accelerator Throttle Pedal is an original component from the Pedals, pedal pads and footrests group, designed for precise electronic throttle control in modern powertrains. This used OEM component ensures factory-fit, stable operation of the acceleration system, and full compatibility with the electronics of the Range Rover Velar L560 vehicle.

Specifications and technical data

• SKU: RHD-HK83-9F836-CB
• Mark: Range Rover
• Condition: Used
• OEM Part Number: HK83-9F836-CB
• Substitutable numbers: LR113946, LR166460, HK83-9F836-CB, HK839F836CB, HK839F836CC, HK83-9F836-CC
• Part type: Accelerator Pedal
• Category: Pedal Assemblies, Pads & Parts

Purpose and technical function

The presented accelerator pedal is a component of the electronic engine control system, responsible for transmitting the pedal position signal to the engine control unit. In modern Range Rover designs, the use of an electronic throttle pedal allows for:

• precise metering of engine torque,
• smooth acceleration across the entire RPM range,
• stable cooperation with safety and traction control systems,
• maintaining factory powertrain performance characteristics. Thanks to its OEM design, the pedal is optimized for the interior geometry of the Velar L560, which translates into a comfortable foot position for the driver and a repeatable, predictable response to input.

Construction and compatibility in the pedal system

The component belongs to the Pedals, pedal pads and footrests group, meaning it was designed as an integral part of the control module in the driver's footwell. Using an original Range Rover design allows for:

• maintaining the correct axis of rotation and pedal travel,
• proper positioning relative to the brake and footrest,
• trouble-free installation in factory mounting points,
• consistent appearance with other elements of the driver's zone. The used OEM component is particularly beneficial for post-accident repairs, replacing a damaged pedal, or restoring full functionality of the acceleration system without interfering with the vehicle's electrical installation.

Benefits of using an original Range Rover pedal

Using an original accelerator pedal in the Range Rover Velar L560 allows you to maintain powertrain performance parameters in accordance with the manufacturer's specifications. Key advantages include:

• Factory fit – no need for modifications, drilling, or mounting adaptations.
• Vehicle electronics compatibility – correct cooperation with the factory engine controller and assistance systems.
• Repeatable performance characteristics – maintaining the signature Range Rover pedal response feel.
• Cost-effective choice – the used OEM component is a technically safe alternative to new parts while maintaining the original specification.

Condition, installation, and service application

The offered accelerator pedal is a used component, which in workshop practice means the possibility of an economical repair while maintaining the original Range Rover design. This type of component is commonly used in:

• repairs after mechanical damage in the pedal zone,
• restoring functionality after an electronic throttle pedal failure,
• specialized Range Rover service centers,
• restoration projects where compliance with factory specifications is essential. Thanks to the preservation of original geometry and mounting points, the installation proceeds in an orderly manner, without the need to modify the vehicle's installation or interior. If you are planning a comprehensive repair or upgrade of the acceleration control zone in your Range Rover and need other elements from the same group, such as additional pedals, pads, or footrests, check the available parts in the Range Rover Pedals, pedal pads and footrests category. To better verify the compatibility of the ordered components with your vehicle, you can use the practical tips described in the article Online parts shopping without risk – 5 proven ways to verify component compatibility using OEM numbers and paint codes, which discusses, among other things, best practices for selecting parts based on reference numbers.