Brake pad set FERODO FDB4264 PREMIER ECO FRICTION with acoustic wear warning
- Product line: premier eco friction
- Wear Warning Contact: with acoustic wear warning
- Quantity Unit: Axle Set
- Number of wear indicators [per axle]: 2
- Height: 61,2
- Width [mm]: 148,1
- WVA Number: 25034, 25035, 25036
- Test Mark: R90 Homologated
- Weight [kg]: 2,163
- Supplementary Article / Supplementary Info: without accessories
- Brake System: Bosch
- Quantity per axle: 1, 4
- Packing Type: Box
- Packaging length [cm]: 20,5
- Packaging width [cm]: 12,1
- Packaging height [cm]: 8
- Condition: New
- OE 22799077 CADILLAC / CHEVROLET / OPEL / VAUXHALL
- OE 13301234 CHEVROLET / OPEL / VAUXHALL
- OE 13412810 CHEVROLET / OPEL / VAUXHALL
- OE 42793254 CHEVROLET
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- OE 25035 FERODO
- OE 25036 FERODO
- OE 1605135 OPEL
- OE 1605178 OPEL
- OE 1605263 OPEL
- OE 1680880380 OPEL / VAUXHALL
- OE 542115 OPEL
- OE 95516193 OPEL / VAUXHALL
- OE 95530017 OPEL / VAUXHALL
FERODO PREMIER ECO FRICTION FDB4264 Brake Pad Set – Key Features & Performance
Achieving consistent stopping distances with reliable rotor protection requires components that balance thermal management and material hardness. The FERODO PREMIER ECO FRICTION FDB4264 Brake pad set addresses these requirements by integrating friction modifiers that support stable deceleration under various load profiles. Mechanics and vehicle owners gain immediate benefits from this component, which upholds factory standards for safe operation across the UK vehicle parc.
Advanced brake pad material for low dust
Modern vehicle maintenance demands components that limit brake debris accumulation on alloy rims. The FDB4264 FERODO pad material generates low brake dust, which assists in keeping the vehicle exterior presentable between washes. By utilising minimal dust technology, these pads support cleaner aesthetic outcomes. Reduced dust emissions are achieved through a proprietary composite mix that resists excessive particle release. Owners will appreciate the clean wheels benefit during regular inspection cycles.
Optimised friction compound for city driving
Navigating dense traffic environments requires a compound engineered to handle repeated stop-start cycles without performance degradation. FERODO FDB4264 pads perform reliably across normal driving conditions, making them a preferred choice for urban environments. Designers intended these pads for everyday use, ensuring that friction remains stable regardless of frequent engagement. The formulation proves suitable for daily driving, allowing for predictable thermal behaviour in slow-moving queues. Finally, this setup is refined for commuter use, supporting driver confidence in stop-and-go traffic.
Maximising safety through high braking performance
Delivering reliable deceleration is the primary function of any safety-critical friction component. The FERODO PREMIER ECO FRICTION FDB4264 Brake pad kit achieves improved braking efficiency by maintaining a stable friction coefficient across a wide temperature range. This specific set produces maximum stopping power, allowing the operator to modulate pressure with precision. Technicians note that the high friction performance supports shorter stopping distances compared to standard aftermarket alternatives. Consistent high braking performance ensures that the system reacts instantly when the pedal is applied.
Engineering a disc-friendly component surface
Extending the service intervals of expensive vehicle parts like rotors remains a priority for efficient workshop management. PREMIER ECO FRICTION FDB4264 FERODO Disc pads feature low disc wear characteristics, which protect the metallurgy of the brake disc from deep scoring. The compound exhibits low abrasion, which supports a smooth interface during the bedding-in process. By maintaining reduced disc wear, the pad material ensures that the braking system retains its original geometry for longer periods. It remains inherently gentle on discs, preventing the necessity for premature rotor replacement.
Improving structural material for high durability
Reliability under stress determines the true value of a friction component during heavy traffic or motorway conditions. FERODO PREMIER ECO FRICTION FDB4264 Pads set exhibits extended lifespan through advanced bonding techniques that resist delamination. These pads provide a long service life, reducing the frequency of replacement intervals for the owner. The formulation acts as a heavy-duty option that withstands high-temperature fatigue effectively. Its long-lasting profile is complemented by high durability that supports sustained performance over thousands of miles.
Achieving acoustic comfort and low noise level
Modern driving standards dictate that braking operations should occur without intrusive audible feedback or vibration. The FERODO PREMIER ECO FRICTION FDB4264 Brakes set is noise-free, which allows for a serene cabin environment. Incorporating squeak-free shims helps dampen high-frequency vibrations that typically trigger unwanted resonance. Drivers often seek low noise characteristics during low-speed manoeuvres, a requirement that these pads address successfully. Every unit is engineered to be anti-squeal, which facilitates quiet operation during cold-start cycles.
Optimising the best value for money
Selecting components based on financial efficiency does not necessitate a compromise in operational safety or component longevity. Choosing the best price-performance ratio ensures that fleet managers and private owners manage maintenance budgets effectively. By evaluating the price-to-quality ratio, workshops can offer clients a solution that balances cost with factory-level specifications.
Selecting the highest manufacturing standard for top quality
Reliability in safety-critical parts relies on strict adherence to Original Equipment standards. Providing premium quality parts guarantees that the installation meets the specific material hardness required by the vehicle manufacturer. Opting for OE quality components supports long-term system stability and safety. Choosing a professional grade product confirms that the friction material has undergone rigorous testing protocols prior to release.
FERODO PREMIER ECO FRICTION FDB4264 Brake pad kit: Key Performance and Safety Highlights
The following table details the functional benefits of the FERODO PREMIER ECO FRICTION FDB4264 Brake pad kit. These data points provide a summary of how the technology supports vehicle safety and efficiency. This technical overview confirms the suitability of this pad set for a wide range of common passenger vehicle applications.
| Braking Attribute | Performance Benefit |
|---|---|
| Wheel cleanliness | Reduced dust emissions |
| Urban driving suitability | For daily driving |
| Stopping power | High friction performance |
| Rotor protection | Reduced disc wear |
| Service lifespan | Heavy-duty |
| Acoustic comfort | Low noise |
| Price-performance ratio | Price-to-quality ratio |
| Manufacturing standard | Professional grade |
The technical architecture of the FERODO FDB4264 underscores the balance between material hardness and friction stability. By prioritising cleaner wheels, this component addresses common maintenance concerns efficiently. When assessing total cost-per-mile, this product remains a competitive option for professional workshops.
Why the FERODO PREMIER ECO FRICTION FDB4264 Brake pad set is an Excellent Choice
Consistent OE quality remains the benchmark for any braking installation. Using parts that meet strict factory criteria facilitates predictable maintenance cycles and component longevity. The price-to-quality ratio of this set delivers significant savings without compromising safety parameters. Owners benefit from a product that aligns with rigorous engineering standards.
The FERODO FDB4264 represents a robust technical advancement for standard passenger vehicle braking systems. By deploying the FERODO PREMIER ECO FRICTION FDB4264 Brake pad kit, technicians ensure that the vehicle remains compliant with safety expectations. The combination of thermal stability and material resilience supports reliable deceleration across various road environments. Consult your local motor factor to confirm specific chassis compatibility and complete the installation using recommended torque settings.