Land Rover Jaguar Exide 12V Accumulator Battery 90Ah 850A GX73-10655-BD

Land Rover Jaguar Exide 12V Accumulator Battery 90Ah 850A is an original component from the Batteries category, designed for premium vehicles from the Land Rover and Jaguar groups. Thanks to the use of Exide technology and precisely matched electrical parameters, it ensures a stable power supply for the onboard electrical system, efficient engine starting, and reliable operation with the advanced electronics of modern cars.

Specifications and technical data

• SKU: GX73-10655-BD
• Mark: Land Rover
• Condition: Used
• OEM Part Number: GX73-10655-BD
• Substitutable numbers: GX73-10655-BD, GX7310655BD
• Weight: 150
• Category: Batteries

Application and compatibility

The presented battery has been designed as a factory-installed component in selected Land Rover and Jaguar models, which means it is fully compatible with the electrical requirements of these vehicles. The 12V voltage, 90Ah capacity, and 850A cold cranking current parameters meet the needs of powertrains with higher energy demands, typical for high-end cars.

The battery is suitable for vehicles equipped with extensive comfort systems, advanced safety features, and numerous electrical consumers. As a result, it provides a practical solution for both standard daily use and vehicles operated in demanding conditions.

Operating parameters and electrical characteristics

The Exide battery in this configuration offers:

• a nominal voltage of 12V, compliant with the electrical systems of modern passenger vehicles,
• a capacity of 90Ah, providing an adequate energy reserve for onboard systems,
• a cold cranking current of 850A, enabling reliable engine starts even at lower ambient temperatures.

This parameter configuration allows for a stable power supply to control units, comfort modules, multimedia systems, and additional consumers, minimizing the risk of voltage drops. High cold cranking current is particularly important in engines with larger displacements and in four-wheel-drive vehicles, where the load on the starter is higher.

Construction, design, and operation

The Exide battery used in Land Rover and Jaguar vehicles features a design adapted for installation in the engine bay or luggage compartment, depending on the specific model. The appropriately selected casing and terminal layout facilitate installation in the original location designated by the vehicle manufacturer.

The product has a specific operating weight, which results from the use of the appropriate amount of active material and internal plates necessary to achieve the specified capacity and cold cranking current. In practice, this translates into operational stability, resistance to electrical loads, and predictable behavior during intensive use.

Condition, selection, and installation

The offered battery comes from dismantling and is marked as a used component, which allows for an economical replacement while maintaining the vehicle manufacturer's original specifications. This is a solution for users who want to maintain the factory configuration of the electrical system while optimizing service costs.

Before installation, it is recommended to:

• verify the compatibility of the battery parameters with the requirements of the specific Land Rover or Jaguar model,
• check the condition of the charging system (alternator, voltage regulator),
• properly secure and connect the terminals, observing the correct sequence for disconnection and connection.

Selecting a battery with the appropriate capacity and cold cranking current is crucial for the durability of the entire electrical system and the comfort of daily operation.

Benefits of using an OEM Exide battery

Using an Exide battery dedicated to Land Rover and Jaguar provides a number of practical advantages:

• factory fitment for the vehicle's electrical system and energy management systems,
• stable starting parameters across a wide temperature range,
• adequate capacity reserve for advanced onboard electronics,
• the ability to maintain the original vehicle configuration when replacing the battery.

For users who value consistency with factory solutions, this is a practical way to maintain predictable vehicle behavior in daily operation.

If you are planning a comprehensive repair or upgrade of the electrical power zone in your Land Rover and need other components from the same group, such as batteries with different capacities, models with increased cold cranking current, or solutions adapted to specific equipment versions, check the available parts in the Land Rover Batteries category.

For drivers interested in a broader look at the selection of powertrain components and the impact of power supply on component performance, the guide article Clutch and dual-mass flywheel – diagnostics and selection of parts for the powertrain, which discusses practical aspects of operation and replacement of key components, may be helpful.