Bendix Drum Brake Shoes feature advanced technology that ensures a superior bond between the lining and shoe platform, delivering enhanced durability and performance. The semi-metallic formulation extends the lifespan of both the drum and lining, while providing stable friction and low noise operation even under demanding driving conditions. Designed and rigorously tested for a variety of road environments and locally driven vehicles, Bendix Brake Shoes offer premium quality and reliability to save you time and money.
Key Features:
Semi-Metallic Formulation: Provides extended life for drum and lining with improved wear resistance.
Low Noise and Dust: Engineered to minimise brake noise and reduce dust for cleaner operation.
Triple Tested Quality: Subjected to stringent quality controls to ensure consistent performance and safety.
Stable Friction Performance: Maintains reliable stopping power at high temperatures, ensuring safety in all conditions.
Superior Strength Bonding: Delivers enhanced durability by securely bonding the lining to the shoe platform.
Shear Tested: Proven to withstand tough driving conditions without failure.
Designed for Local Conditions: Tested and optimised for all road conditions and locally driven cars.
Vehicle Compatibility:
Holden EJ EH, all models – Front or Rear
Holden LC LJ Torana – Rear, with Drum/Drum setup
Holden HD HR – Rear, with Drum/Drum setup
Holden TX TC TD Gemini, All models – Rear
Holden LH LX UC Torana – Rear, with PBR front disc caliper
Product Dimension:
4 Shoes: 229mm x 44mm (Drum Diameter x Width)
Structure: 2 Leading & 2 Trailing Shoes
Fitment Note:
The simplest way to check for a standard Drum/Drum setup is to verify that the wheel cylinders have a male pin between the wheel cylinder and the shoe. For HD HR models with front disc brakes, the rear shoes butt directly against the wheel cylinder.
Ensure reliable braking performance and long-lasting durability with Bendix Drum Brake Shoes, engineered for quality and designed to meet the demands of your vehicle and driving conditions.