Product Details
Cadillac Eldorado 1970, Super Heavy Duty Semi-Metallic Front Brake Pads by R1 Concepts®. Super Heavy Duty Series brake pads are heavy duty brake pads designed for only the toughest of vehicles. Because of this, they may be more expensive than other options - but they're really the only safe option for those who are hauling heavy loads or off-roading. With an asbestos-free and copper-free formula, these brake pads are also safe both for drivers and the environment. R1 Concepts Super Heavy Duty Series brake pads designed to provide the absolute best performance while also limiting the amount of wear and tear on heavy duty vehicles doing Super Heavy Duty things.
Specifications
Series: Super Heavy Duty |
Friction Material: Semi-Metallic |
Dust Rating: Low |
Driving Style: Daily Driver, Hauling & Towing, Commercial / Fleet Duty, Performance / Racing |
Pad Outer Length: 197.4mm (7.77'') |
Outer Pad Thickness: 12.2mm (0.48'') |
Quantity: Sold as Set |
Features
- Designed and produced to have the same form, fit and function as the original equipment part enabling easy installation and ensuring proper fit
- Made of quality materials ensures durability and resistance to extreme temperatures
- Quality tested to ensure long-lasting performance
Commercial fleets and hobbyist haulers will find R1 Concepts Super Heavy Duty Series brake pads equally useful. Not only are they extraordinarily durable and low wear, but they also produce limited noise and dust - making them pleasant for every day driving. By lasting longer and providing a better ride, our Super Heavy Duty Series brake pads additionally reduce wear on rotors. They are developed with technology and processes extraordinarily similar to OEM products and are able to offer reliable, consistent performance. R1 Concepts Semi-Metallic Series Brake Pads are environmentally friendly and adhere to the low copper requirements under California and Washington restrictions for 2021/2025.
R1 Concepts brake pads have been designed with both safety and durability in mind. Manufactured for every type of vehicle and any type of driving condition, they are the best choice for everything from a fleet of employee vehicles to a family-owned SUV. R1 understands that the safety and maneuverability of customers' vehicles is of paramount importance. Through superior research, design, and development process, brand is able to provide cost-effective automotive parts that will stand the test of time.
Replacement brake pads are similar to OEM quality for heavy vehicles, towing, hauling - and street driving, track racing, and off-roading. R1 is committed to providing the best automotive solutions for your lifestyle, work, and needs. Regardless of your vehicle (and your driving style), R1 has the brake pad for you. R1 Concepts brake pads have been specially formulated and designed using only the latest in technology - and R1 Concepts is constantly making improvements to reduce wear and improve safety.
Brake pads don't have to do a lot - but they do have to do what they do well. R Concepts have focused on fine-tuning brake pads to ensure that they can achieve the maximum level of performance and durability without raising the cost to you, the consumer. Brake pads come in numerous different designs to ensure that there's always an option that's perfect for you. R1 Concepts uses the same materials as OEM brake pads, making for advanced and reliable performance. Brand's parts are constantly being improved upon, to give our customers better value.
Headquartered in Los Angeles, California, R1 Concepts® is the leading manufacturer of award-winning automotive braking systems. With over 10 years of the brake knowledge, it has developed one of the most comprehensive brake catalogs in the industry for all foreign and domestic vehicle applications from 1930 to the present. With today's technology in computer-aided design, manufacturing methods, and quality control, R1 Concepts stays up to date with the latest technological concepts, improving its product's performance and quality to ensure you get the best in the braking system.