Brake pad set FERODO FDB393 PREMIER ECO FRICTION incl. wear warning contact
- Product line: premier eco friction
- Wear Warning Contact: incl. wear warning contact
- Quantity Unit: Axle Set
- Number of wear indicators [per axle]: 2
- Height: 55
- Width [mm]: 105
- Thickness: 18
- Test Mark: R90 Homologated
- Weight [kg]: 1,2
- Supplementary Article / Supplementary Info: with accessories
- Brake System: Bendix
- Quantity per axle: 1, 4
- Packing Type: Box
- Packaging length [cm]: 15
- Packaging width [cm]: 10,6
- Packaging height [cm]: 4,6
- Condition: New
- OE 1617247780 CITROËN / PEUGEOT
- OE 425137 CITROËN
- OE 425140 CITROËN
- OE 425147 CITROËN / PEUGEOT
- OE 425273 CITROËN / PEUGEOT
- OE 425483 CITROËN
- OE 425499 CITROËN / PEUGEOT
- OE 20905 FERODO
- OE 1617247680 PEUGEOT
- OE 405035 PEUGEOT
- OE 425032 PEUGEOT
- OE 425033 PEUGEOT
- OE 425035 PEUGEOT
- OE 425036 PEUGEOT
- OE 425043 PEUGEOT
- OE 4250.49 PEUGEOT
- OE 4250.50 PEUGEOT
- OE 4250.51 PEUGEOT
- OE 425052 PEUGEOT
- OE 4250.57 PEUGEOT
- OE 4250.69 PEUGEOT
- OE 4250.72 PEUGEOT
- OE 425075 PEUGEOT
- OE 4250.76 PEUGEOT
- OE 425088 PEUGEOT
- OE 4250.97 PEUGEOT
- OE 425127 PEUGEOT
- OE 425141 PEUGEOT
- OE 425261 PEUGEOT
- OE 425262 PEUGEOT
- OE 425265 PEUGEOT
- OE 425275 PEUGEOT
- OE 7701201542 RENAULT
- OE 7701 202 057 RENAULT
- OE 7701 202 216 RENAULT
- OE 7701202283 RENAULT
- OE 7701 202 302 RENAULT
- OE 7701202475 RENAULT
- OE 7701 202 518 RENAULT
- OE 7701 202 711 RENAULT
- OE 7701 202 833 RENAULT
- OE 7701 202 847 RENAULT
- OE 7701 202 892 RENAULT
- OE 7701204530 RENAULT
- OE 7701204708 RENAULT
- OE 7701204777 RENAULT
- OE 7701204903 RENAULT
- OE 7701349869 RENAULT
- OE 7701 349 969 RENAULT
- OE 7711 130 008 RENAULT
- OE 7711130034 RENAULT
FERODO PREMIER ECO FRICTION FDB393 Brake Pad Set – Key Features & Performance
The FERODO PREMIER ECO FRICTION FDB393 Brake pad set delivers consistent stopping distances and effective rotor protection across various operating temperatures. By balancing firm pedal response with component longevity, this assembly maintains system equilibrium for discerning technicians. These pads demonstrate a robust composition suitable for demanding road conditions without compromising safety margins.
Achieving superior braking performance for vehicles
The high braking performance of the FDB393 FERODO series supports stable deceleration under significant heat soak. Drivers notice high friction performance immediately, as the friction material maintains consistent grab during heavy application. This component provides strong braking force, which improves braking efficiency through optimised contact patch pressure. Maximum stopping power is achieved during emergency manoeuvres, ensuring the driver retains full control of the vehicle.
Maintaining the high standard of top quality components
Engineered for professional grade applications, the FERODO FDB393 upholds strict manufacturing tolerances. These pads represent premium quality standards that meet the requirements of modern braking systems. Independent testing confirms that OE quality components deliver reliable results under constant load. This technical consistency supports safe operation for high-mileage users who require stability from their braking hardware.
Engineering superior durability into brake systems
The heavy-duty design of the FERODO PREMIER ECO FRICTION FDB393 Brake pad kit resists premature degradation. Such wear-resistant materials allow for an extended lifespan, reducing the frequency of maintenance intervals. Mechanics often prefer these long-lasting compounds for their predictable wear patterns. A long service life confirms the high durability of the friction block, which continues to function effectively even after extensive usage cycles.
Enforcing a disc-friendly contact profile
Each pad features a reduced disc wear formulation designed to preserve the surface finish of the brake rotor. By promoting low disc wear, the unit guards against deep scoring or premature thinning of the metal. Low abrasion characteristics within the compound support a smoother interaction between the pad and the iron disc. Being gentle on discs, this product prevents structural fatigue on the vehicle's braking hardware.
Evaluating the best value for money proposition
The PREMIER ECO FRICTION FDB393 FERODO Set of brake pads delivers significant best price-performance metrics for the workshop environment. Opting for this hardware results in a favourable price-to-quality ratio that benefits fleet managers and private owners alike. This balance allows workshops to reduce overhead costs without sacrificing functional safety standards.
Ensuring a low noise level during operation
The FERODO PREMIER ECO FRICTION FDB393 Pads set promotes silent braking through refined vibration-damping shims. Technicians report an anti-squeal characteristic that eliminates harsh resonances during light pedal pressure. A noise-free environment underpins the comfort of the cabin, even during low noise scenarios. Quiet operation supports the overall driving experience, while the squeak-free nature of the friction material confirms its advanced formulation.
Optimising the component for city driving
The FERODO PREMIER ECO FRICTION FDB393 Brakes set performs reliably during commuter use and stop-start traffic. It handles normal driving conditions with ease, allowing for predictable modulation in urban environments. This friction compound is suited for everyday use, resisting the build-up of thermal fade associated with frequent traffic light stops. It is recommended for daily driving where consistent response is paramount for safety.
Managing low dust emissions from braking
The formulation targets low brake dust generation, helping to keep alloy rims visually clean. Minimal dust build-up prevents the accumulation of unsightly residue on wheels. Reduced dust emissions support a cleaner appearance over longer periods between vehicle washes. Owners benefit from clean wheels, as the composition minimises the shedding of particulate matter during deceleration cycles.
FERODO PREMIER ECO FRICTION FDB393 Brake pad kit: Key Performance and Safety Highlights
This technical summary outlines the core advantages of the FERODO PREMIER ECO FRICTION FDB393 Brake pad kit. By selecting this kit, you ensure that the primary safety systems of the vehicle remain within optimal operational parameters. The following table provides a breakdown of how these components influence daily maintenance and driving standards.
| Braking Attribute | Performance Benefit |
|---|---|
| Stopping power | strong braking force |
| Manufacturing standard | OE quality |
| Service lifespan | extended lifespan |
| Rotor protection | low abrasion |
| Price-performance ratio | best price-performance |
| Acoustic comfort | noise-free |
| Urban driving suitability | everyday use |
| Wheel cleanliness | reduced dust emissions |
The FERODO FDB393 serves as a reliable replacement for standard braking components, providing consistent results. This setup supports long service life while maintaining the safety of the vehicle. By selecting this product, users ensure that their braking system continues to function effectively under various demands.
Why the FERODO PREMIER ECO FRICTION FDB393 Brake pad set is an Excellent Choice
Every set provides professional-grade reliability that matches the expectations of modern high-performance vehicles. The low cost-per-mile efficiency makes this an attractive option for workshops focusing on long-term vehicle maintenance. You can trust that the high durability of this friction material guards against premature wear. This balance of function and economy positions the kit as a preferred choice for standard servicing requirements.
The FERODO PREMIER ECO FRICTION FDB393 Brake pad set excels in both thermal management and mechanical longevity. By choosing FERODO PREMIER ECO FRICTION FDB393 Brake pad kit, technicians provide their clients with a proven, safe, and stable stopping system. These pads uphold rigorous standards for rotor protection and pedal feel. Consult with your local motor factor to confirm specific fitment compatibility for your chassis number today.