Brembo Front & Rear Disc Brake Rotors MGB-KIT-BEB-3953

Brembo Front & Rear Disc Brake Rotors Fits Land Rover Freelander 2

This package is designed for convenience and often ensures compatibility between the brake rotor and brake pads. It is an essential part of brake system maintenance or upgrade, offering improved braking performance and safety for your vehicle.

Research and development, laboratory tests and road tests, production and distribution. The control of the entire production cycle allows Brembo to offer a range of brake discs with outstanding performance levels, reliability, durability and comfort in all conditions of use.

The perfect result of Brembo's concept of offering aftermarket products developed with the same parameters as the original equipment, High Carbon (HC) discs ensure comfort and low noise as the result of their high damping coefficient. This results from Brembo technology and the complete control of production in the company's foundries allowing the variation of the chemical composition of cast iron by increasing the percentage of carbon in High Carbon (HC) discs. High Carbon (HC) discs are used for more than 1000 part numbers for cars and trucks.

The Brembo patent for PVT ventilated brake discs improves the current design by using pillars instead of vanes in the ventilation chamber. The system improves the heat dissipation capacity and increases resistance to thermal cracks by more than 40%. The most notable innovations are increased resistance to cracks, greater heat exchange surface area and greater air turbulence.

Suitable for the various Australian vehicle models listed below. This is a guide only.
Add your vehicle details to My Garage to ensure it fits your vehicle. This will activate our 100% Fitment Guaranteed.

• Land Rover Freelander 2 2.2 L359 SUV SD4 4x4 2010-2014
• Land Rover Freelander 2 2.2 L359 SUV TD4 4x4 2006-2014

Key features

• High Carbon (HC) disc technology for enhanced comfort and reduced noise.
• Improved braking performance and safety for your vehicle.
• PVT ventilated design for superior heat dissipation and thermal crack resistance.
• Designed for compatibility with various brake pads.
• Extensive research and development ensure reliability and durability.

Technical details

• High Carbon (HC) material for optimal performance.
• PVT ventilation system for improved heat management.
• Compatible with Land Rover Freelander 2 models from 2006 to 2014.
• Includes front and rear disc brake rotors.

Applications / fitment

This product is typically used in various Land Rover Freelander 2 models, ensuring optimal braking performance and safety.

• Passenger vehicles, specifically Land Rover Freelander 2.
• Ideal for both on-road and off-road driving conditions.
• Suitable for fleet vehicles requiring reliable braking systems.
• Perfect for DIY enthusiasts and professional mechanics alike.

Why buy from Mick’s Gone Bush?

• Trusted Australian business focused on reliable power, auto-electrical, and service parts.
• Stock sourced from reputable distributors and brands.
• Practical support for trade, off-grid, and fleet customers.
• Clear shipping, warranty, and customer service.

Frequently asked questions

What vehicles are compatible with these brake rotors?

These brake rotors are compatible with Land Rover Freelander 2 models from 2006 to 2014, including both SD4 and TD4 variants.

How do I ensure these rotors fit my vehicle?

Add your vehicle details to My Garage on our website to activate our 100% Fitment Guarantee.

What is the benefit of High Carbon (HC) discs?

High Carbon (HC) discs provide enhanced comfort and lower noise levels due to their high damping coefficient, improving overall driving experience.

Can I install these rotors myself?

Yes, if you have basic mechanical knowledge and tools, you can install these rotors yourself. However, professional installation is recommended for optimal performance.

How do I maintain my brake rotors?

Regularly inspect your brake rotors for wear and tear, and ensure that they are clean and free from debris to maintain optimal performance.