Brake pad set ATE 13.0460-3966.2 not prepared for wear warning indicator, excl. wear warning contact
- Wear Warning Contact: not prepared for wear warning indicator, excl. wear warning contact
- Quantity Unit: Axle Set
- Height: 57,5
- Width [mm]: 136,8
- Thickness: 19,4
- Test Mark: E1 90R-01484/400
- Supplementary Article / Supplementary Info Info 2: with brake caliper screws
- Supplementary Article / Supplementary Info: with accessories
- MAPP code available
- Article number of recommended accessories: 13.0460-0454.2
- Number of bolts/screws: 2
- Brake System: Bosch
- Observe dimensions
- Condition: New
Check the OE number
- OE 23600 ATE
- OE 603966 ATE
- OE 16 111 407 80 CITROËN / PEUGEOT
- OE 16 118 388 80 CITROËN
- OE 16 137 040 80 CITROËN
- OE 16 172 566 80 CITROËN
- OE 4252 35 CITROËN
- OE 4253 31 CITROËN
- OE 4253 70 CITROËN / PEUGEOT
- OE 4254 27 CITROËN / PEUGEOT
- OE 4254 71 CITROËN / PEUGEOT
- OE 4254 89 CITROËN / PEUGEOT
- OE 4252 22 PEUGEOT
- OE 4252 50 PEUGEOT
- OE 4253 39 PEUGEOT
- OE 4253 85 PEUGEOT
- OE 4254 18 PEUGEOT
ATE 13.0460-3966.2 Brake Pad Set – Key Features & Performance
The ATE 13.0460-3966.2 Brake pad set achieves a consistent pedal response through rigorous friction management and thermal stability, ensuring reliable stopping performance across varied road conditions. This component combination supports effective rotor protection by minimising surface scoring during heavy usage. Technicians find that these pads maintain a consistent coefficient of friction, which upholds vehicle safety standards for the end user.
Achieving consistent low noise level during engagement
This silent braking performance supports daily vehicle operation by limiting high-frequency vibrations at the interface. The 13.0460-3966.2 ATE brake pads rely on advanced damping shims to achieve low noise levels during typical road use. By incorporating anti-squeal compound technologies, the assembly avoids the common squeak-free complaints often noted in secondary market parts. Each installation benefits from noise-free transitions, ensuring that quiet operation is the standard rather than an exception for the motorist.
Managing minimal low dust on alloy surfaces
Modern driving demands minimal dust, which ATE 13.0460-3966.2 accommodates by utilising refined composite materials that limit residue build-up. This engineering choice results in low brake dust accumulation, keeping wheel finishes cleaner for extended intervals. The formulation effectively prevents the common layer of dark particulate matter, contributing to cleaner wheels without compromising stopping grip. Such reduced dust emissions support the aesthetic maintenance of high-specification vehicle wheels during normal cycles.
Maintaining effective cold performance for daily commutes
The ATE 13.0460-3966.2 Disk brake pads are designed to be effective when cold, requiring no excessive warm-up periods before reaching optimal friction. Drivers experience strong braking when cold, which is vital for initial stop-and-go manoeuvres in urban traffic. This immediate braking response supports safety during the first kilometres of a journey. The materials deliver good cold bite immediately upon contact, while the architecture guarantees reliable cold performance regardless of the ambient temperature.
Adhering to premium class manufacturing standards
As a 13.0460-3966.2 ATE Disc pads unit, this set represents the top-tier brands segment within the European automotive aftermarket. The focus on premium quality dictates that every component meets rigorous internal tolerances. This high-end classification ensures that fitment issues are non-existent during shop installation. Being a premium product, it avoids the variability associated with lower-cost alternatives, satisfying the expectations of professional technicians who require OE quality components.
Selecting components from top brands for reliability
Utilising products from trusted brands ensures that the friction material maintains its structural characteristics throughout its service life. Quality brands allow mechanics to perform repairs with total confidence in the part specifications. By selecting the best brake pad brands, workshops avoid the callbacks common with sub-standard hardware. These reputable manufacturers provide consistent results, proving that well-known brands remain the preferred choice for service intervals.
Optimising heat resistance for demanding road use
ATE 13.0460-3966.2 Pads set maintains thermal stability during periods of intense friction application. High temperature resistance is achieved through specialised binding agents that prevent the material from breaking down under load. These fade-resistant materials ensure that stopping consistency remains steady even when the braking system handles high heat. The pads stay heat resistant across a wide operational spectrum, preventing typical pedal sponginess.
Improving braking performance through precise friction
High braking performance is integral to the 13.0460-3966.2 ATE Brakes set, which is engineered to exceed standard safety requirements. Maximum stopping power is achieved through a balanced pad compound that grips the rotor firmly. This improved braking efficiency helps shorten stopping distances during emergency manoeuvres. By delivering strong braking force, the set provides a sense of security, while its high friction performance ensures that energy is dissipated effectively.
Enhancing braking comfort for predictable pedal modulation
Controlled braking remains the priority for this friction set, allowing for easy modulation in heavy traffic. Progressive braking ensures that the vehicle slows down without abrupt jolts or unwanted grabbing. Mechanics report that the good pedal feel is consistent across the entire travel of the brake lever. Smooth braking prevents wear on suspension bushes, while precise braking allows for predictable response during challenging driving scenarios.
Ensuring long-term durability for component longevity
Extended lifespan is a defining characteristic of this friction assembly, as the wear-resistant compounds resist thinning even under heavy usage. A long service life reduces the frequency of shop visits, providing a heavy-duty option for high-mileage drivers. High durability is guaranteed through careful density control during the sintering process. This long-lasting design delivers value by keeping the vehicle on the road longer without the need for premature replacements.
ATE 13.0460-3966.2 Disk brake pads: Key Performance and Safety Highlights
The ATE 13.0460-3966.2 Brake pad set provides the following operational benefits. This specific configuration, 13.0460-3966.2 ATE, underpins the safety profile of the vehicle. These technical specifications outline the performance gains expected.
| Braking Attribute | Performance Benefit |
|---|---|
| Acoustic comfort | anti-squeal |
| Wheel cleanliness | clean wheels |
| Cold-start reliability | immediate braking response |
| Segment classification | high-end |
| Brand positioning | best brake pad brands |
| Thermal stability | fade-resistant materials |
| Stopping power | improved braking efficiency |
| Pedal response | progressive braking |
| Service lifespan | long service life |
The ATE 13.0460-3966.2 Brake pad set serves as a technical benchmark for replacement parts. By installing ATE 13.0460-3966.2, engineers confirm that the vehicle achieves heavy-duty standards. This choice delivers consistent results for every garage environment.
Why the ATE 13.0460-3966.2 Brake pad set is an Excellent Choice
Choosing this set guarantees OE quality standards that many aftermarket parts fail to achieve. The cost-per-mile efficiency is superior due to the extended durability of the friction material. Mechanics will appreciate the simplicity of the installation process. These professional grade components are the standard for high-performance maintenance.
The ATE 13.0460-3966.2 Disk brake pads deliver a superior friction coefficient compared to standard market offerings. By choosing the ATE 13.0460-3966.2, you invest in a component designed for longevity and safety. Review your vehicle’s specific fitment guide before ordering to confirm compatibility. Contact our technical sales team for further part verification.