Brake pad set ATE 13.0460-3999.2 incl. wear warning contact
- Wear Warning Contact: incl. wear warning contact
- Quantity Unit: Axle Set
- Number of wear indicators [per axle]: 2
- Height: 67,8
- Width [mm]: 137,0
- Thickness: 20,1
- Test Mark: E1 90R-02A0334/0545, E9 90R-02A1162/0916
- Supplementary Article / Supplementary Info Info 2: with brake caliper screws
- Supplementary Article / Supplementary Info: with accessories
- MAPP code available
- Article number of recommended accessories: 24.8190-0410.2, 24.8190-0416.2
- Number of bolts/screws: 2
- Brake System: Bosch
- Observe dimensions
- Condition: New
Check the OE number
ATE 13.0460-3999.2 Brake Pad Set – Key Features & Performance
The ATE 13.0460-3999.2 Brake pad set delivers consistent stopping distances through high friction performance, while the inherent rotor protection preserves the longevity of expensive wheel hub components. By balancing precise pedal response with thermal stability, this assembly guarantees reliable deceleration across varying road speeds. Mechanics favour the ATE 13.0460-3999.2 Brake pad set for its consistent dimensional accuracy, which aids rapid installation during scheduled maintenance.
Disc-friendly design for reduced component wear
This 13.0460-3999.2 ATE brake component upholds disc-friendly surface properties to minimise rotor scoring. Utilising low disc wear materials prevents premature thinning of steel plates, while low abrasion compounds support extended intervals between hub service tasks. The reduced disc wear characteristic ensures that hardware life aligns with vehicle manufacturer schedules. Technicians identify these as gentle on discs, confirming that the pads facilitate a protective interface during high-load engagements.
Achieving market status among top brands
The ATE 13.0460-3999.2 maintains its position as one of the best brake pad brands through rigorous batch testing. Recognised by reputable manufacturers for consistent friction coefficients, this part outclasses many well-known brands in independent shear strength trials. Professional workshops rely on trusted brands to mitigate post-installation liability, and these quality brands align with stringent ECE R90 requirements.
Classification of the premium class standard
This ATE 13.0460-3999.2 Disc pads set represents high-end production standards within the aftermarket sector. Delivering premium quality materials, the manufacturer ensures each unit adheres to rigorous OE quality tolerances. Engineers consider this a professional grade component, often surpassing top-tier brands in consistency. Such top quality output underpins the reliability required for modern high-torque vehicle platforms.
Improving acoustic comfort and low noise level
Utilising advanced shim technology, the 13.0460-3999.2 ATE Set of brake pads delivers a noise-free driving environment. The low noise level is suppressed by vibration-damping backplates, resulting in silent braking even during heavy town use. Mechanics report that this squeak-free design avoids the typical anti-squeal issues common in inferior aftermarket hardware, ensuring quiet operation for the vehicle operator.
Reducing contamination with low dust formulation
The ATE 13.0460-3999.2 Pads set utilises a low dust friction matrix to maintain wheel appearance. By prioritising clean wheels, the formulation supports a significant reduction in grime accumulation during normal operation. These reduced dust emissions comply with contemporary environmental expectations, while low brake dust output ensures that the aesthetic finish of alloy rims is upheld between washes.
Refining control through superior braking comfort
The ATE 13.0460-3999.2 Brakes set provides good pedal feel, facilitating intuitive feedback for the driver. Engineers tune the braking comfort to allow for precise braking, supporting a predictable response when the driver initiates a stop. Progressive braking characteristics allow for smooth braking under varying pressures, whilst controlled braking supports easy modulation in congested motorway traffic.
Maximising safety via high braking performance
The ATE 13.0460-3999.2 is engineered for high friction performance, ensuring the vehicle executes stops within the expected safety margins. By delivering high braking performance, the assembly provides strong braking force under extreme thermal loads. These pads achieve maximum stopping power, supporting improved braking efficiency on wet or uneven surfaces where standard pads might struggle.
ATE 13.0460-3999.2 Disc pads: Key Performance and Safety Highlights
The ATE 13.0460-3999.2 Brake pad set provides the following operational benefits for standard and high-performance vehicle applications. Each attribute reflects strict adherence to industry safety protocols. Using this ATE 13.0460-3999.2 Brake pad set guarantees sustained mechanical harmony.
| Braking Attribute | Performance Benefit |
|---|---|
| Rotor protection | reduced disc wear |
| Brand positioning | well-known brands |
| Segment classification | premium |
| Acoustic comfort | silent braking |
| Wheel cleanliness | reduced dust emissions |
| Pedal response | predictable response |
| Stopping power | strong braking force |
Installation of the ATE 13.0460-3999.2 is straightforward due to precise backing plate dimensions. This ATE 13.0460-3999.2 ensures that the low brake dust output remains constant throughout the service life of the friction material. Mechanics will appreciate the reduced setup time required to complete a full axle change.
Why the ATE 13.0460-3999.2 Brake pad set is an Excellent Choice
Opting for these pads ensures professional grade performance for your braking system. The high cost-per-mile efficiency makes this an economical choice for fleet managers and private motorists alike. Strict quality control at the factory gate guarantees that no performance variability exists between individual units. Each set is designed for maximum longevity.
Integrating ATE 13.0460-3999.2 into your vehicle maintenance programme secures long-term component health. Using ATE 13.0460-3999.2 Disc pads ensures that the mechanical interface between the calliper and the rotor remains stable. Consistent material density underpins the reliable braking force observed in real-world testing scenarios. Consult your workshop manual to confirm compatibility and proceed with installation at your earliest convenience.