Compatible with Parking Brake Shoe Rear Set for Lexus for RX350 2007-2009 901-106280

What is Brake ShoeBrake shoe is a curved, friction-generating component used in drum brake systems. it is designed to press against brake drum to slow down or stop the vehicle. brake shoe is typically made from steel with a high-friction material linked to its surface, ensuring effective brake performance and security.the Story of Brake ShoeBrake shoe has been a fundamental part of brake systems since the early days of engine. originally made from basic materials, brake shoes have evolved with advancements in technology, leading to modern designs that offer improved performance and longevity. brake shoe continues to be essential in providing reliable brake for vehicles equipped with drum brakes.Product NameBrake shoe setFitmentfor Lexusfor RX350 2007-2009Part NumberYY377SKPlacement on VehicleRear InfoParking brake shoeYears2008 2007 2009 08 07 09Manufacturer Part NumberYY377SKHow to Install Brake Shoeto install brake shoe, first secure the vehicle and extract the wheel and brake drum. carefully disconnect the decrepit brake shoe from the brake system, ensuring you retain all hardware. install the brake shoe by attaching it to the brake assembly, making sure it is properly aligned. reattach the brake drum and wheel, then assess the brakes to confirm correct installation.Function of Brake ShoeBrake shoe serves as the primary friction component in drum brake systems. it works by pressing against the inner surface of brake drum, creating friction that slows down or stops the vehicle. component converts active intensity into heat, which is then dissipated through the drum, playing a critical role in ensuring safe brake performance.

• Product Name:Brake Shoe Set
• Manufacturer Part Number:YY377SK
• Strong Construction: Made from high-strength materials for long-lasting reliability.
• High Friction Material: Provides preferable stopping power and consistent brake performance.
• Accuracy Suitability: Engineered to meet exact vehicle specifications for optimal suitability and function.