Brake pad set ATE 13.0460-2896.2 with acoustic wear warning
- Wear Warning Contact: with acoustic wear warning
- Quantity Unit: Axle Set
- Number of wear indicators [per axle]: 1
- Height: 72,7
- Width [mm]: 129,9
- Thickness: 16,6
- Test Mark: E1 90R-02A0325/0209
- Supplementary Article / Supplementary Info Info 2: with brake caliper screws
- Supplementary Article / Supplementary Info: with accessories
- MAPP code available
- Number of bolts/screws: 4
- Brake System: Lucas / TRW
- Condition: New
Check the OE number
- OE 21920 ATE
- OE 602896 ATE
- OE 4605A734 MITSUBISHI
- OE MR977117 MITSUBISHI
- OE 454 420 09 20 SMART
- OE 454 420 19 20 SMART
ATE 13.0460-2896.2 Brake Pad Set – Key Features & Performance
Achieving consistent stopping distances requires high friction performance coupled with thermal stability, features intrinsic to the ATE 13.0460-2896.2 Brake pad set. Technicians prioritise these components to ensure firm pedal response and reliable rotor protection during heavy-duty operation. By balancing these mechanical demands, the assembly supports superior component longevity across various UK driving environments.
Advanced low dust generation properties
This ATE 13.0460-2896.2 brake component incorporates a specialized friction matrix that yields low dust during operation. Fitment of this pad set supports clean wheels even after extended periods of city driving. By employing advanced binding agents, it delivers minimal dust compared to standard aftermarket alternatives. The design further executes reduced dust emissions to maintain vehicle aesthetics between service intervals. Finally, the material chemistry achieves low brake dust accumulation on alloy surfaces.
Establishing premium class manufacturing standards
The ATE 13.0460-2896.2 Disk brake pads undergo rigorous quality control to meet the requirements of top-tier brands. This component underpins a premium standard of production that aligns with original equipment specifications. By utilizing high-end manufacturing processes, the product delivers premium quality results for discerning drivers. Each batch complies with stringent criteria, ensuring that professional grade hardware reaches the end-user. As a result, the unit upholds the reputation of top quality manufacturers within the automotive aftermarket.
Consistent braking performance under load
The ATE 13.0460-2896.2 pads set demonstrates high braking performance during repeated stop-start scenarios. Engineers have tuned the compound to deliver improved braking efficiency across a broad speed range. This ensures maximum stopping power when the vehicle is fully laden or towing. The friction material guarantees strong braking force, effectively managing the heat soak generated during rapid deceleration. Consequently, this configuration achieves high friction performance without succumbing to early structural degradation.
Superior durability for vehicle longevity
Service intervals are significantly improved by the inherent durability of this friction material. The ATE 13.0460-2896.2 Brakes set is engineered to be wear-resistant, extending the time between necessary shop visits. By resisting premature surface erosion, the pad supports a long service life for both the friction block and the mated rotor. Its dense composition is long-lasting, which facilitates reliable operation in challenging conditions. Technicians will observe that this high durability compound represents a heavy-duty approach to braking maintenance.
Effective heat resistance during operation
The ATE 13.0460-2896.2 ATE brake unit provides consistent thermal stability even under aggressive driving cycles. Its proprietary blend ensures that the pad handles high heat without losing bite or structural integrity. By resisting glaze formation, the material stays heat resistant during prolonged mountain descents. The formulation delivers fade-resistant materials that operate reliably within a wide temperature range. This high temperature resistance underpins the safety margins required for modern traffic density.
Reliable cold performance in winter
The 13.0460-2896.2 ATE Set of brake pads delivers immediate braking response from the first pedal application of the day. It provides reliable cold performance, which is vital for safe operation in damp or freezing conditions. Drivers experience effective when cold engagement, ensuring the vehicle does not require excessive warm-up cycles. The compound supports strong braking when cold by maintaining a consistent friction coefficient. This ensures that good cold bite is available to the driver from the moment the engine starts.
Industry alignment with top brands
The development of the ATE 13.0460-2896.2 follows the standards set by reputable manufacturers in the automotive sector. This product aligns with quality brands, guaranteeing that the metallurgy and friction chemistry meet high expectations. By sourcing materials from trusted brands, the assembly delivers the reliability expected by professional technicians. Well-known brands use this specific chemistry to ensure compatibility with modern electronic stability systems. Ultimately, it remains one of the best brake pad brands for direct replacement applications.
Quiet operation and low noise level
The ATE 13.0460-2896.2 Brake pad set is precision-shimmed to achieve a low noise level during engagement. This anti-squeal treatment ensures silent braking throughout the friction material's usable thickness. The chamfered edges promote quiet operation, which supports a noise-free experience for the vehicle occupants. By dampening harmonic vibrations, the pad delivers squeak-free performance in stop-and-go traffic. Such attention to detail results in low noise output that satisfies the most demanding requirements.
Enhanced braking comfort for motorists
The ATE 13.0460-2896.2 provides precise braking that improves the overall driving experience. It delivers smooth braking transitions, which helps in maintaining passenger comfort during town travel. The material supports predictable response, meaning the driver can judge deceleration with high accuracy. Progressive braking is achieved through the balanced density of the compound, ensuring that easy modulation is always possible. This setup provides good pedal feel and controlled braking even in heavy congestion.
ATE 13.0460-2896.2 Disk brake pads: Key Performance and Safety Highlights
This table summarises the operational benefits of the ATE 13.0460-2896.2 Disk brake pads. These metrics reflect the technical advantages of choosing this specific hardware for maintenance. The data demonstrates how the set maintains performance across varying mechanical demands.
| Braking Attribute | Performance Benefit |
|---|---|
| Low dust | Clean wheels |
| Premium class | Premium |
| Braking performance | High braking performance |
| Durability | High durability |
| Heat resistance | Thermal stability |
| Cold performance | Good cold bite |
| Top brands | Reputable manufacturers |
| Low noise level | Anti-squeal |
| Braking comfort | Progressive braking |
Installation of the ATE 13.0460-2896.2 ensures long-lasting operation across diverse vehicle platforms. The balanced friction coefficient supports stable deceleration without demanding excessive pedal travel. By selecting this hardware, fleet operators achieve reduced dust emissions while optimising maintenance schedules.
Why the ATE 13.0460-2896.2 Brake pad set is an Excellent Choice
The OE quality of this assembly guarantees that replacement parts match the original factory specifications. By adhering to strict production tolerances, the manufacturer achieves high-end performance at an efficient cost-per-mile. This ensures that the unit represents a premium quality investment for any vehicle owner. Such precision underpins the safety and efficiency expected from a top-tier braking component.
ATE 13.0460-2896.2 provides a robust solution for workshops requiring consistent, fault-free installation. When combined with ATE 13.0460-2896.2 Disk brake pads, the mechanical system gains improved thermal management and resistance to fade. The combination of OE quality and predictable pedal modulation justifies its use in both routine service and performance-focused maintenance. Please contact your local distributor to confirm application compatibility for your specific vehicle chassis.