Brake pad set FERODO FDB4933 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: 58,8
- Thickness: 19,8
- WVA Number: 22342, 22343
- Test Mark: R90 Homologated
- Weight [kg]: 1,955
- Supplementary Article / Supplementary Info Info 2: with piston clip
- Supplementary Article / Supplementary Info: with accessories
- Brake System: ATE
- directional
- Quantity per axle: 1, 4
- Packing Type: Box
- Number of springs: 2
- Packaging length [cm]: 20,6
- Packaging width [cm]: 12,2
- Packaging height [cm]: 7,8
- Condition: New
- OE 13478300 OPEL / VAUXHALL
- OE 1684934780 OPEL / VAUXHALL
- OE 39103797 OPEL / VAUXHALL
- OE 95526566 OPEL / VAUXHALL
FERODO PREMIER ECO FRICTION FDB4933 Brake Pad Set – Key Features & Performance
Providing consistent stopping distances through superior thermal stability, the FERODO PREMIER ECO FRICTION FDB4933 Brake pad set supports vehicle safety during demanding urban commutes. By integrating advanced pad materials that resist fade while ensuring predictable pedal response, this assembly delivers reliable deceleration under varied road loads. Professional technicians choose these components to manage high temperatures effectively, confirming that rotor protection remains a primary focus for long-term component health.
Establishing high levels of heat resistance
This FERODO FDB4933 configuration upholds thermal stability when subjected to repetitive deceleration cycles. During periods of heavy use, the compound remains heat resistant, allowing for stable friction values without premature degradation. Engineers designed these units to deliver high temperature resistance, ensuring that the pad material handles high heat effectively. Furthermore, these fade-resistant materials maintain their chemical composition, even when the braking system approaches its maximum operating limit.
Maintaining superior standards for top quality
The FERODO PREMIER ECO FRICTION FDB4933 Brake pad represents a benchmark in OE quality, adhering to strict manufacturing protocols. Each batch undergoes rigorous testing to guarantee a premium quality result that aligns with vehicle manufacturer specifications. Workshops favour this professional grade hardware for its consistency and ease of fitment during routine maintenance schedules.
Optimising consistent braking performance
Drivers benefit from a strong braking force when fitting the PREMIER ECO FRICTION FDB4933 FERODO Disk pads to their vehicle. This component delivers high braking performance, allowing for safe speed reduction across various motorway conditions. The compound facilitates improved braking efficiency, ensuring maximum stopping power remains available whenever the driver engages the pedal. Additionally, the high friction performance ensures that the vehicle reacts predictably during emergency manoeuvres.
Achieving reliable cold performance
FERODO PREMIER ECO FRICTION FDB4933 Pads set delivers a strong braking when cold characteristic, reducing the requirement for extended warm-up periods. Mechanics observe an immediate braking response, which supports safety during the initial stages of a journey. This material offers reliable cold performance, remaining effective when cold to instil driver confidence. A good cold bite ensures that the system works efficiently from the moment the vehicle starts moving.
Improving Acoustic comfort and low noise level
The FERODO PREMIER ECO FRICTION FDB4933 Brakes set is engineered to deliver a noise-free driving environment, minimising harsh feedback transmitted to the cabin. By facilitating silent braking, the pad composition suppresses high-frequency vibrations often caused by improper oscillation during contact. Achieving quiet operation requires advanced material science to ensure low noise, providing a refined experience for passengers. This anti-squeal construction effectively functions as a deterrent to common auditory issues during light pedal pressure.
Advanced materials for low dust
Maintaining clean wheels is simplified by the FERODO PREMIER ECO FRICTION FDB4933 Brake pad, which exhibits reduced dust emissions throughout its service life. The chemistry focuses on generating minimal dust, helping to keep alloy rims appearing pristine between scheduled washes. This low brake dust property ensures that the build-up of dark particulate matter is significantly curtailed during daily operation.
Delivering best value for money
Selecting the PREMIER ECO FRICTION FDB4933 FERODO Disk pads offers a competitive price-to-quality ratio for budget-conscious fleet operators. This component supports a balanced best price-performance outcome, ensuring that vehicle owners avoid frequent replacements while maintaining high safety standards.
Increasing durability for heavy use
Long-term reliability is achieved through a wear-resistant matrix that defines the FERODO PREMIER ECO FRICTION FDB4933 Pads set. These units demonstrate high durability, extending the service lifespan of the braking assembly beyond standard intervals. Engineered for heavy-duty applications, they provide an extended lifespan that resists thinning under normal wear. This long-lasting design minimises the need for unscheduled maintenance visits.
Engineered as a disc-friendly component
Protecting the vehicle’s rotors is a primary goal for the FERODO PREMIER ECO FRICTION FDB4933 Brakes set, which is explicitly designed for low disc wear. The material is characterised by low abrasion, ensuring that the contact surface of the rotor remains smooth and free from deep scoring. This approach proves gentle on discs, promoting reduced disc wear over several thousand miles of operation.
FERODO PREMIER ECO FRICTION FDB4933 Brake pad: Key Performance and Safety Highlights
The FERODO PREMIER ECO FRICTION FDB4933 Brake pad set combines robust material technology with precise manufacturing to deliver consistent results. By selecting FERODO FDB4933, owners invest in a component that aligns with original equipment standards for safety and reliability. The following data details the specific technical advantages provided by the FERODO PREMIER ECO FRICTION FDB4933 Brake pad.
| Braking Attribute | Performance Benefit |
|---|---|
| Thermal stability | high temperature resistance |
| Manufacturing standard | professional grade |
| Stopping power | improved braking efficiency |
| Cold-start reliability | reliable cold performance |
| Acoustic comfort | quiet operation |
| Wheel cleanliness | low brake dust |
| Price-performance ratio | best price-performance |
| Service lifespan | long service life |
| Rotor protection | reduced disc wear |
Technical evaluation confirms that FERODO FDB4933 supports effective when cold properties, ensuring the vehicle stops reliably in urban traffic. This performance is matched by a material composition that avoids aggressive scouring, supporting long-term hardware health. Fitting this set facilitates a superior driving experience through stability and consistent pedal feel.
Why the FERODO PREMIER ECO FRICTION FDB4933 Brake pad set is an Excellent Choice
Professional installation of this OE quality hardware ensures that vehicle owners benefit from significant cost-per-mile efficiency. The compound design supports an ideal price-performance ratio, making it a logical investment for those prioritising safety and reliability. By choosing this component, you reduce the frequency of service intervals, which lowers overall maintenance expenditure. These pads provide a clear advantage for any mechanic aiming to deliver long-term satisfaction to their customers.
The FERODO PREMIER ECO FRICTION FDB4933 Brake pad set is a dependable choice for modern vehicles requiring high-performance friction materials. Integrating FERODO FDB4933 ensures that your braking system meets rigorous demands without sacrificing acoustic comfort or rotor longevity. The FERODO PREMIER ECO FRICTION FDB4933 Brake pad serves as an efficient solution for standard and intensive driving cycles. Contact your local trade distributor today to secure your order for this technical component.