370z StopTech Street Performance Front Brake PadsView larger

370z StopTech Street Performance Front Brake Pads - Non-Akebono

Street Performance Front Brake Pads (308.08880) by StopTech®. Driving Style: Performance Street. Dust Rating: Low. StopTech Street Performance brake Pads are engineered to meet the demands of high performance driving while maintaining the refinement and comfort expected in everyday driving conditions.

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£73.26

Part # 308.08880

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StopTech brake pads combine the benefits of premium street brake pads with aggressive friction formulas suitable for track day and autocross use. Para-aramid composites are specially formulated to provide linear response at both cold and hot temperatures, delivering optimum stopping performance over a wide range of driving conditions.


Features:


- All new performance pad from StopTech
- Superior Braking Performance for “Street” Driving
- Lab-Tested, OE-Style Design and Features
- Rotor-Friendly, Low-Dust for Cleaner Wheels
- Dyno-Proven Shims for Quiet Operation
- Positive Molded for Consistent Performance
- Scorched to Ease Bed-In
- Premium Hardware for Precision OE Fitment
- Dyno Tested for Max Performance & Service Life
- Platform Specific Friction Compounds
- Sold as a set for two wheels


StopTech Street Performance brake pads are manufactured using the same positive molding process utilized by Original Equipment suppliers. Positive molding uses extreme pressure to compress the friction material and bond it to the backing plate. This process assures consistent friction material density throughout the pad, resulting in even wear and performance characteristics throughout the life of the brake pad. StopTech Street Performance brake friction features either precision cut or shaved backing plates and mechanically attached shims; these small details ensure proper fitment in the caliper and virtually eliminate noise associated with pad vibration. In addition to these features StopTech Street Performance are scorched; this additional process forces any impurities out of the friction material and pre-burnishes the pads to greatly accelerate the break-in process.


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