Land Rover Discovery 4 L319 Windscreen Washer Jet Spray Nozzle LR018834

Land Rover Discovery 4 L319 Windscreen Washer Jet Spray Nozzle is an original windscreen cleaning system component, designed for precise fluid delivery to the windshield to maintain proper visibility. Thanks to the factory spray geometry and specific model fitment, it ensures stable washer system operation and correct interaction with the wiper arms. This is a practical solution for users who want to maintain consistency with the vehicle's factory specifications.

Specifications and technical data

• SKU: LR018834-1
• Mark: Land Rover
• Condition: Used
• OEM Part Number: LR018834
• Substitutable numbers: 6H2217666AB, LR018834
• Part type: Washer Nozzle
• Category: Washer Pumps, Reservoirs & Nozzles

Purpose and function of the washer nozzle

The windscreen washer nozzle in the Land Rover Discovery 4 L319 is responsible for directing the fluid stream onto the windshield surface so that the wipers can effectively remove dirt. The properly selected spray angle and atomization characteristics contribute to:

• even coverage of the windshield with fluid,
• reduced washer fluid consumption,
• maintaining clear driver visibility in various weather conditions.

The component works with other parts from the Washer fluid reservoirs, pumps, and nozzles group, creating a cohesive system responsible for cleaning the windshield.

Benefits of using an original Land Rover nozzle

Using an original washer nozzle in the Discovery 4 L319 allows for maintaining the operating parameters intended by the vehicle manufacturer. In practice, this means:

• secure fitment to the mounting in the hood or cowl panel,
• proper cooperation with the factory fluid supply hose,
• appropriate spray characteristics adapted to the shape of the windshield and wiper sweep.

For the user, this translates into stable washer system operation without the need for additional adjustments or modifications to the installation.

Installation and operational characteristics

The Land Rover Discovery 4 L319 Windscreen Washer Jet Spray Nozzle is structurally prepared for installation in the factory location, which facilitates service and reduces the time required for replacement. Proper seating of the component in the bodywork or cowl cover ensures:

• a tight connection with the fluid hose,
• stable positioning of the nozzle relative to the windshield,
• the ability to adjust the stream direction (if adjustment is provided in the specific variant).

Such a solution helps keep the washer system in good technical condition and facilitates periodic maintenance, such as bleeding or checking for blockages.

Using a pre-owned part in the washer system

Choosing a pre-owned Land Rover Discovery 4 L319 Windscreen Washer Jet Spray Nozzle is a way to keep the vehicle in line with factory specifications while optimizing service costs. In the case of elements from the Washer fluid reservoirs, pumps, and nozzles group, it is important to maintain the original design and geometry, which promotes trouble-free operation in the long term.

If you are planning a comprehensive repair or upgrade of the area responsible for windshield cleaning in your Land Rover and need other elements from the same group, such as fluid reservoirs, supply pumps, or additional nozzles, check the available parts in the Land Rover washer fluid reservoirs, pumps, and nozzles category.

Additional technical information and part selection

When selecting fluid system components for a vehicle – such as nozzles, pumps, or reservoirs – it is worth paying attention to compliance with manufacturer markings and the configuration of the specific model version. Catalog data, identification by VIN, and comparing the component's design with the part installed in the vehicle can be helpful.

More about the principles of selection and operation of components in vehicle fluid systems can be found in the article "Fuel system – injectors, pumps, and fuel tank: maintenance and regeneration", where, among other things, the importance of correct part identification and the impact of component quality on the operation of the entire system are discussed.