Brake pad set ATE 13.0470-2601.2 prepared for wear warning indicator, excl. wear warning contact

ATE 13.0470-2601.2 Brake Pad Set – Key Features & Performance

The ATE 13.0470-2601.2 Brake pad set achieves consistent stopping distances through advanced material compounds that handle high thermal loads. Technicians favour this component for its ability to deliver firm pedal response and predictable interaction with the rotor surface. By prioritising component longevity and structural reliability, this assembly supports safe operation across diverse road environments.

Disc-friendly design for reduced component wear

Modern braking systems require materials that prioritise low disc wear to prevent premature rotor replacement. Implementing the 13.0470-2601.2 ATE ensures reduced disc wear through a balanced friction formulation. When components remain gentle on discs, the service interval for the entire wheel hub assembly extends significantly. This focus on low abrasion supports mechanical longevity while maintaining consistent braking output for the life of the part.

Improving Acoustic comfort and low noise level

The ATE 13.0470-2601.2 reduces cabin interference by eliminating high-frequency vibrations during engagement. This noise-free operation is achieved through precise chamfering and high-quality shim application. Engineers have developed a silent braking profile that functions across varying pressure ranges. By ensuring low noise is maintained, the unit provides a refined user experience. Further incorporating anti-squeal shims and squeak-free backing plates, the pad set supports a quiet operation environment for demanding vehicles.

Managing dust output with low dust

Effective maintenance of wheel aesthetics is a key technical requirement for the ATE 13.0470-2601.2 Pads set. By formulating the friction material to produce minimal dust, the design prevents heavy accumulation on alloy surfaces. This leads to cleaner wheels after extended periods of city or motorway use. Technicians observe that low brake dust formation correlates with reduced dust emissions, keeping internal calliper components free from debris build-up.

Enhancing Thermal stability and heat resistance

The ATE 13.0470-2601.2 Brakes set executes reliable braking cycles even when exposed to sustained deceleration. These pads are heat resistant, preventing the common drop in stopping efficiency during heavy traffic or steep descents. By utilising fade-resistant materials, the system maintains consistent friction levels. Furthermore, the high temperature resistance ensures that the thermal stability of the compound does not compromise the hardware. This configuration effectively handles high heat without structural degradation.

Optimising Cold-start reliability and cold performance

Achieving immediate braking response is critical for vehicle safety during initial journeys in lower temperatures. The ATE 13.0470-2601.2 provides reliable cold performance by maintaining a stable friction coefficient from the moment the pedal is pressed. This good cold bite avoids the latency often found in harder performance-focused compounds. When the system is effective when cold, it delivers strong braking when cold conditions prevail, ensuring safety across all seasonal fluctuations.

Standard of braking performance for heavy vehicles

Reliability under load depends on the ability to generate strong braking force during sudden emergencies. The ATE 13.0470-2601.2 delivers improved braking efficiency by matching OEM specifications exactly. This configuration provides maximum stopping power when the vehicle is at full capacity. High braking performance is further sustained through stable chemical bonding, whilst the high friction performance allows for shorter deceleration distances compared to lower-grade alternatives.

Precision during Braking comfort and pedal modulation

The ATE 13.0470-2601.2 facilitates progressive braking, allowing the driver to modulate pressure with absolute certainty. This controlled braking is the result of refined compound density that supports easy modulation during heavy traffic. Engineers have tuned the pad to deliver a consistent good pedal feel regardless of external environmental shifts. By executing smooth braking movements, the pads offer a predictable response to inputs. Precise braking remains the hallmark of this engineering design.

Achieving Premium class standards in friction material

Selecting top quality components is essential for maintaining the intended handling characteristics of modern chassis platforms. This ATE 13.0470-2601.2 serves as a high-end replacement, fulfilling professional grade requirements for workshop installations. The design is strictly aligned with premium quality benchmarks to ensure perfect calliper fitment. Because the pad aligns with top-tier brands in testing, it guarantees OE quality for discerning fleet managers and private owners alike.

ATE 13.0470-2601.2 Brake pad set: Key Performance and Safety Highlights

The following table outlines the technical specifications of 13.0470-2601.2 ATE Disc brake pads. Each parameter confirms how this assembly upholds safety standards. These metrics are vital for ensuring vehicle roadworthiness.

The ATE 13.0470-2601.2 effectively delivers reduced dust emissions to keep hubs clean. By choosing this component, you ensure a reliable service life that adheres to strict automotive standards. Every unit is engineered for consistency across the entire operating spectrum.

Why the ATE 13.0470-2601.2 Brake pad set is an Excellent Choice

The ATE 13.0470-2601.2 offers premium quality for those seeking reliable stopping power. It represents the best brake pad brands currently available for light commercial and passenger vehicles. Each pad uses OE quality materials to ensure that rotor protection is maintained for the duration of the component lifespan. Cost-per-mile efficiency is maximised through the use of high-end compounds that resist wear.

Mechanics will appreciate the ATE 13.0470-2601.2 for its straightforward installation and immediate compatibility. This ATE 13.0470-2601.2 Brake pad set is fully compliant with modern safety directives, providing confidence under varying loads. We advise that technicians use approved lubricant on contact points to ensure optimal movement. Please consult your vehicle service manual for torque specifications and fitting procedures.