2010-2013 Range Rover, Range Rover Sport Disc Brake Caliper Assembly Rear Right

2010-2013 Land Rover Rear Right Disc Brake Caliper Assembly – LR015581

Fits Range Rover & Range Rover Sport (5.0L Supercharged V8)

Restore the braking performance of your Land Rover with this high-quality Rear Right Disc Brake Caliper Assembly, part number LR015581. Designed specifically for 2010-2013 Range Rover and Range Rover Sport models equipped with the powerful 5.0L Supercharged V8 engine, this brake caliper ensures optimal stopping power and safety on the road.

Manufactured to meet or exceed OEM standards, this brake caliper assembly provides precise fitment, durability, and reliable braking performance to keep your vehicle operating at its best. Whether you're replacing a worn or damaged caliper, this part guarantees smooth braking and improved control for your luxury SUV.

Key Features:

• Genuine OEM Rear Right Disc Brake Caliper Assembly
• Designed for 2010-2013 Range Rover and Range Rover Sport with 5.0L Supercharged V8
• Ensures consistent, reliable braking and enhanced safety
• Durable materials built to withstand high temperatures and wear
• Easy bolt-on installation for a direct replacement

Compatible Vehicles:

• Range Rover (2010-2013) Trims: HSE, Supercharged, Autobiography, HSE Lux Engine: 5.0L V8 Supercharged Gas
• Range Rover Sport (2010-2013) Trims: HSE, Supercharged, Autobiography, GT Limited Edition, HSE Lux Engine: 5.0L V8 Supercharged Gas

Why Choose This Brake Caliper Assembly? A properly functioning brake caliper is essential for vehicle safety and performance. This rear right disc brake caliper assembly is engineered to provide smooth, balanced braking, helping prevent brake fade and ensuring your Range Rover or Range Rover Sport delivers confident stopping power. The part’s superior fit and finish guarantee a hassle-free replacement experience.

Installation Tip: For best results, have the brake caliper installed by a professional mechanic and consider replacing brake pads and rotors at the same time for optimal braking performance.