Land Rover Freelander 2 L359 2.2 CRDI Diesel Radiator Cooling Fan 6G918C607BE

The Land Rover Freelander 2 L359 2.2 CRDI Diesel Radiator Fan is an original cooling system component, specifically designed for diesel engines. As part of the water radiators category, it is responsible for efficient coolant circulation, engine temperature stabilization, and safe operation in demanding road conditions. A used OEM component is a sensible choice for drivers seeking a technically matched solution at an attractive price.

Specifications and technical data

• SKU: 6G91-8C607-BE
• Mark: Land Rover
• Condition: Used
• OEM Part Number: 6G91-8C607-BE
• Substitutable numbers: LR011905, 6G918C607BE, 6G91-8C607-BE
• Fuel type: Diesel
• Category: Radiators

Purpose and Compatibility with Diesel Engines

The presented radiator fan is intended for the Land Rover Freelander 2nd generation L359 with a 2.2 CRDI engine powered by diesel fuel. The cooling system design in diesel versions operates under higher thermal load, making a properly selected fan crucial for maintaining stable operating temperatures, especially when driving with a load, off-road, or in city traffic jams.

The original origin of the component ensures correct fitment to the factory radiator frame, proper blade geometry, and correct interaction with the vehicle's electrical system. This allows the cooling system to maintain parameters close to factory specifications, translating to predictable diesel engine behavior across the full range of loads.

Technical Characteristics and Role in the Cooling System

The radiator fan in this Freelander model is responsible for forcing airflow through the radiator pack, supporting natural cooling during stationary periods and slow driving. In practice, this means:

• efficient removal of excess heat from the coolant,
• stabilization of the 2.2 CRDI unit's temperature in high ambient temperature conditions,
• reducing the load on other cooling system components, such as the water radiator and thermostat,
• limiting the risk of diesel engine overheating during prolonged idling.

Thanks to its factory design, the fan works in conjunction with the engine control system, which selects the appropriate operating mode based on coolant temperature and engine load. This solution allows for a favorable balance between cooling efficiency, smooth operation, and noise levels.

Condition, Origin, and Benefits of Choosing a Used Part

The offered component comes from the used Land Rover parts segment, which significantly reduces repair costs compared to a new OEM part. At the same time, it retains the key advantage – full structural compatibility with the Freelander 2's factory cooling system.

Choosing a tested fan from a dismantled vehicle is a good solution for drivers who:

• want to restore proper cooling system operation without excessive expense,
• prioritize original fan geometry and operating parameters,
• avoid the risks associated with cheap aftermarket replacements of uncertain quality.

A used OEM component is particularly attractive for intensively used vehicles where both durability and cost-effective servicing are important.

Thermal Safety and Operation in High Temperatures

Diesel engines, such as the 2.2 CRDI in the Land Rover Freelander 2, generate significant amounts of heat, especially when towing, driving off-road, or during summer heatwaves. A functional radiator fan is then one of the key elements protecting the engine from overheating, power loss, or accelerated component wear.

If you want to better understand how high temperatures affect the cooling system and why appropriately selected used components can be a sensible choice, check out our guide: Summer Heat vs. Cooling System – Used Radiators and Fans as a Way to Economical Operation.

Other Land Rover Water Radiators – Cooling System Expansion and Service

If you are planning a comprehensive cooling system service for your Freelander or another model of this brand and need other Land Rover water radiators, check the available assortment in our store: Land Rover water radiators. This will allow you to easily select compatible components, maintaining the consistency of the entire system and reducing the risk of future failures.