SKU: BJ32-2B195-AC
Product from a certified dismantling facility
Condition:
Used
Available:
1
Delivery time:
Estimated delivery Tue, Mar 10
Dispatched today if paid before 14:00
Payment methods:
Returns:
60 days return for UK 30 days return for other countries
Delivery from:
Free delivery
£18.95
1
Lowest price in the last 30 days: £18.95
Total for items
£18.95
Delivery details
Ship to: United Kingdom
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Service
Postage and packaging
Delivery time
Estimated delivery dates include sellers dispatch time, origin postcode,destination postcode and time of acceptance, and will depend on the postage service selected and receipt of cleared payment. Delivery times may vary, especially during peak periods.
Will usually dispatch within same working day if paid before 14:00 BST (excludes weekends and holidays). Expected dispatch time may vary and is based on sellers order cut-off time.
In the automotive store Global Parts, we offer fast and secure deliveries for our customers in United Kingdom, ensuring maximum compliance with local service standards. Each order is processed with the utmost attention, guaranteeing a fluid shopping process and a timely delivery. If you need assistance in choosing the right part, our team of consultants will be happy to help you find the right part for your vehicle and provide information on installation, availability and parameters of the selected components.
The Land Rover L319 Brake Servo Master Cylinder Brake Booster Unit is an original Land Rover braking system component designed for right-hand drive vehicles. This used part from the brake boosters and proportioning valves category provides stable hydraulic support, improving the comfort and precision of the brake pedal's operation in daily use.
The presented brake servo unit, integrated with the master cylinder, is responsible for effectively amplifying the force applied to the brake pedal, resulting in more predictable and comfortable braking. This component works with engine vacuum, reducing driver effort and stabilizing pressure in the brake circuits, which is particularly important in heavier off-road vehicles and SUVs.
The original Land Rover design ensures proper fitment to the factory system, maintaining compliance with working pressure parameters, pedal stroke characteristics, and brake force distribution between axles.
The servo with the master cylinder is designed as a complete unit mounted to the vehicle's bulkhead. The beige housing color facilitates visual identification of the component in the engine bay and allows for a quick assessment of any leaks or signs of wear. Thanks to the factory design, the correct mounting points, pedal lever geometry, and the position of the brake line connection ports are preserved.
Proper fitment to a specific Land Rover generation minimizes the risk of installation problems and eliminates the need for modifications to the hydraulic system or mounting components.
Using an original brake booster unit to replace a worn-out component restores the correct pedal operation characteristics and system pressure stability. Key advantages include:
For users seeking an economical solution, a used original part offers a sensible compromise between cost and quality, allowing the braking system to be maintained in good technical condition.
The component is a used part obtained from disassembly, offering a cost-effective service solution while maintaining original manufacturer specifications. Such components are often chosen by workshops specializing in the Land Rover brand because they allow for consistency with the vehicle's factory configuration.
To maximize the potential of used components, it is advisable to consult a guide on their proper operation and maintenance – practical tips can be found in the article How to Extend the Lifespan of Used Car Parts, which describes, among other things, best practices for handling disassembled parts.
By choosing this brake booster unit, you gain a part designed specifically for Land Rover vehicles, maintaining the system's factory operating parameters. This solution is particularly beneficial when you prioritize:
This allows you to restore the braking system's functionality in a predictable and technically safe manner, which directly impacts driving comfort and safety.