Brake pad set ATE 13.0470-7117.2 Ceramic incl. wear warning contact

ATE Ceramic 13.0470-7117.2 Brake Pad Set – Key Features & Performance

The ATE Ceramic 13.0470-7117.2 Brake pad set achieves a balance of firm pedal response and consistent stopping distances, which remains critical for maintaining rotor protection under high heat soak conditions. This friction material supports component longevity by reducing thermal stress on associated hardware during daily operation. By integrating such advanced friction technology, the system supports reliable vehicle deceleration across varied traffic conditions.

Enhancing driver confidence through braking comfort

Technicians often identify the ATE 13.0470-7117.2 as a primary component for achieving predictable response during standard operation. To facilitate good pedal feel, the pad compound enables precise braking that stays consistent under load. This specific formulation promotes smooth braking in stop-start traffic, ensuring that controlled braking remains intuitive for the driver. With easy modulation and progressive braking, the pad set maintains safety margins for modern vehicle platforms.

Disc-friendly design for reduced component wear

The 13.0470-7117.2 ATE construction delivers low disc wear, which significantly extends the service life of mating iron rotors. By employing a specialized non-aggressive composite, the pad surface ensures reduced disc wear compared to standard semi-metallic variants. These units are gentle on discs, keeping surface textures smooth throughout the friction cycle. Low abrasion characteristics within this material batch prevent grooving, thereby supporting the mechanical health of the wheel hub assembly.

Achieving professional standards as a premium class product

This ATE Ceramic 13.0470-7117.2 Disk brake pads assembly meets rigorous top quality benchmarks required for modern passenger vehicles. Independent workshops frequently verify the professional grade engineering standard inherent to these parts, often categorizing them as a premium solution for maintenance. Because they align with OE quality requirements, these components outperform several top-tier brands in long-term wear tests. Integrating high-end friction materials, this product upholds stringent safety standards without requiring vehicle modifications.

Reliable selection among the top brands

Professional mechanics often specify Ceramic 13.0470-7117.2 ATE Brake pad components when clients demand parts from well-known brands. These units consistently outperform reputable manufacturers in independent comparative testing. By relying on quality brands, the end-user gains confidence in the consistency of their vehicle's stopping system. As one of the best brake pad brands on the market, the design underpins a commitment to technical excellence and operational safety.

Wheel cleanliness achieved through low dust

Maintaining clean wheels is a frequent requirement for motorists, and the ATE Ceramic 13.0470-7117.2 Pads set executes this by design. The unique composite matrix results in reduced dust emissions, keeping the exterior finish of alloy rims free from thick deposits. This minimal dust formulation prevents the accumulation of dark, unsightly particles during normal usage. Drivers will note that low brake dust generation simplifies vehicle exterior maintenance significantly.

Improving acoustic comfort and low noise level

The ATE Ceramic 13.0470-7117.2 Brakes set prioritizes silent braking by incorporating damping layers that counteract harmonic vibrations. Many users report anti-squeal properties that permit quiet operation even during low-speed deceleration. This noise-free interface supports a comfortable cabin environment, while squeak-free performance is maintained across various temperature ranges. Implementing this design achieves a low noise profile that meets the most demanding driver requirements.

High friction performance and braking performance

Engineered for high braking performance, this component delivers improved braking efficiency during emergency manoeuvres. A robust formulation ensures strong braking force is available immediately upon pedal engagement. The compound supports high friction performance even after repeated stops, guaranteeing maximum stopping power is accessible when needed most. These attributes underscore the technical efficiency of the friction material.

ATE Ceramic 13.0470-7117.2 Disk brake pads: Key Performance and Safety Highlights

The ATE Ceramic 13.0470-7117.2 Brakes set provides consistent safety through advanced friction engineering. The table below summarises the primary technical advantages afforded to the vehicle operator. Each attribute represents a significant shift away from standard metallic friction compounds.

The ATE 13.0470-7117.2 represents a technical solution for drivers seeking long-term reliability. By focusing on low brake dust generation, these pads maintain the visual appearance of high-performance alloy wheels while satisfying the need for safe deceleration. Professional fitters should ensure correct cleaning of carrier guides before installation to optimise the performance of this set.

Why the ATE Ceramic 13.0470-7117.2 Brake pad set is an Excellent Choice

Choosing this product ensures that vehicle owners receive OE quality parts that mitigate the risk of premature component failure. The cost-per-mile efficiency remains superior to generic alternatives, justifying the initial investment through extended service intervals. Operators benefit from the high-end manufacturing standards, which facilitate stable handling during intense urban driving cycles. This engineering approach delivers a consistent result for the owner.

The ATE 13.0470-7117.2 remains a definitive choice for workshops focused on technical accuracy and safety. ATE Ceramic 13.0470-7117.2 Disk brake pads provide the necessary friction coefficient required for modern electronic stability systems. These units support the overall integrity of the braking system by managing heat effectively. Consult your local qualified technician to confirm part compatibility for your specific chassis configuration.