Brake pad set TRW GDB1935 DTEC COTEC, prepared for wear warning indicator
- Supplementary Info: DTEC COTEC
- Wear Warning Contact: prepared for wear warning indicator
- Quantity Unit: Axle Set
- Height 1 [mm]: 58
- Height 2 [mm]: 59,9
- Width 2 [mm]: 156,8
- Width 1 [mm]: 155,8
- Thickness: 18,3
- Test Mark: E9 90R - 01107/3214
- Manufacturer Restriction: ATE
- Condition: New
Check the OE number
TRW GDB1935 Brake Pad Set – Key Features & Performance
Achieving consistent pedal response while maintaining thermal stability is fundamental to road safety. The TRW GDB1935 Brake pad set delivers reliable friction performance under varying temperature loads. By balancing these requirements, this component ensures predictable stopping distances for every UK motorist.
Achieving superior low dust performance during transit
Technicians often identify GDB1935 TRW as a primary selection when addressing wheel cleanliness. The friction material minimizes dust emissions to prevent rapid grime buildup on alloy finishes. Using clean wheels as a benchmark for aesthetic maintenance, this pad compound resists heavy particle dispersion. Installers note that reduced dust emissions satisfy most modern vehicle maintenance schedules. These pads function effectively even under high-load cycles.
Meeting the demands of city driving
Modern traffic patterns require hardware capable of handling stop-start cycles without premature degradation. This TRW GDB1935 proves highly efficient for commuter use in dense urban environments. Owners benefit from reliable friction during everyday use that withstands repeated activation. Engineers confirm these pads are suitable for daily driving across short distances. Optimal thermal dissipation supports the hardware during normal driving conditions.
Maintaining a consistent low noise level
Mechanical resonance during pad-to-rotor contact often leads to cabin vibrations. The TRW GDB1935 Disk brake pads utilize specific shimming to ensure quiet operation in diverse scenarios. Mechanics prefer this noise-free configuration to eliminate common complaints regarding auditory output. Many applications achieve silent braking via advanced damping material application. The unit remains squeak-free throughout the entire component service life.
Selecting an affordable and effective budget option
Parts procurement requires a focus on balancing fiscal constraints with mechanical longevity. The GDB1935 TRW Set of brake pads represents an affordable choice for independent workshops managing varied vehicle fleets. Clients regularly choose this budget-friendly alternative because it performs reliably against premium rivals. Being cost-effective, it supports workshop margins while delivering consistent safety outcomes. Even as an inexpensive component, the quality standards remain rigorous.
Ensuring disc-friendly component interaction
Premature thinning of brake rotors remains a common issue caused by abrasive pad materials. TRW GDB1935 Pads set utilize a balanced friction matrix that is gentle on discs throughout its life. This approach promotes low disc wear by preventing excessive scarring of the metal surface. Mechanics observe that reduced disc wear correlates with fewer return visits for premature component replacement. The material limits low abrasion to keep the rotor hardware within specification for longer.
Improving pedal response and braking comfort
Drivers demand a system that reacts linearly to pressure applied at the pedal. This TRW GDB1935 Brakes set enables controlled braking through a carefully calibrated friction coefficient. The modulation allows for easy modulation when navigating tight junctions or roundabouts. Technicians report that precise braking builds driver confidence, especially when carrying heavy loads. A predictable response remains a hallmark of this pad formulation.
Maximising overall value for money
Fleet operators prioritize parts that offer long-term savings through extended replacement intervals. This product provides high quality for a good price compared to entry-level aftermarket alternatives. Investing in good value equipment reduces the total cost of ownership for private and commercial vehicles alike. By selecting this kit, workshops provide the best value for money to their customer base. Its price-to-quality ratio remains a key factor for technical buyers.
TRW GDB1935 Disk brake pads: Key Performance and Safety Highlights
The following table outlines the technical properties of the TRW GDB1935 Brake pad set. These metrics serve as a reference for workshop installation and safety compliance. Refer to the data below for specific performance outcomes.
| Braking Attribute | Performance Benefit |
|---|---|
| Wheel cleanliness | reduced dust emissions |
| Urban driving suitability | for daily driving |
| Acoustic comfort | quiet operation |
| Cost-effectiveness | cost-effective |
| Rotor protection | reduced disc wear |
| Pedal response | precise braking |
| Price-performance ratio | best value for money |
Installation of the TRW GDB1935 remains straightforward due to precision-machined backing plates. This ensures optimal fitment within the caliper housing, reducing the risk of binding. These pads represent an economical choice for those seeking to avoid high-cost maintenance without sacrificing stopping capacity.
Why the TRW GDB1935 Brake pad set is an Excellent Choice
Engineered to original equipment standards, these pads ensure consistent friction across the entire contact surface. This manufacturing standard results in a lower cost-per-mile ratio for most passenger vehicle applications. High-grade materials prevent accelerated fade when the system reaches peak operating temperatures. Fleet managers favour this economical selection for its proven track record in various road environments.
The TRW GDB1935 Disk brake pads provide a balanced friction profile that suits diverse driving requirements. By integrating the TRW GDB1935 into a routine maintenance cycle, mechanics can guarantee professional results for their clients. The hardware meets strict safety regulations, ensuring stability in wet or dry conditions. Please contact our technical desk to confirm vehicle application suitability for your current project.