PAGID Racing STREET Brake Pads – T8004SP2001 Similar to PAGID Racing brake pads, the STREET by PAGID Racing features a dual retention system that combines an adhesive bond with a unique mechanical system. The mechanical system on STREET by PAGID Racing includes a crimped backplate interface with the friction material, ensuring a stronger bond between the friction material and the backplate. STREET Axle Set No: T8004SP2001 Compliance: R90 – Suitable for road use. Specification Brake System:Akebono; Width [mm]:88.8; Height [mm]:35.1; Thickness [mm]:13; Wear Warning Contact:with acoustic wear warning OEM Cross Reference Manufacturer Reference HONDA 06022SP8000 HONDA 06430SAAJ50 HONDA 43022S04000 HONDA 43022S04010 HONDA 43022S04020 HONDA 43022S04030 HONDA 43022SAAE50 HONDA 43022SAAJ50 HONDA 43022SD2307 HONDA 43022SD2317 HONDA 43022SD2505 HONDA 43022SD2526 HONDA 43022SD2930 HONDA 43022SE0505 HONDA 43022SE0506 HONDA 43022SE0515 HONDA 43022SE0525 HONDA 43022SE0526 HONDA 43022SE0930 HONDA 43022SE0931 HONDA 43022SE0N50 HONDA 43022SE0S00 HONDA 43022SF1000 HONDA 43022SF1010 HONDA 43022SF1305 HONDA 43022SF1315 HONDA 43022SF1505 HONDA 43022SF1515 HONDA 43022SF1525 HONDA 43022SF1S00 HONDA 43022SF1S01 HONDA 43022SH3305 HONDA 43022SH3517 HONDA 43022SH3930 HONDA 43022SH3931 HONDA 43022SH3932 HONDA 43022SH3G00 HONDA 43022SH3G01 HONDA 43022SH3J00 HONDA 43022SK3E00 HONDA 43022SK7000 HONDA 43022SR2000 HONDA 43022SR3000 HONDA 43022SR3010 HONDA 43022SR3020 HONDA 43022SR3030 HONDA 43022SR3506 HONDA 43022SS1000 HONDA 43022SS1020 HONDA 43022ST3E00 HONDA 43022ST3E01 HONDA 43022ST3E50 HONDA 43022ST3E50HE HONDA 43022ST7000 HONDA 43022ST7020 HONDA 43022ST7A00 HONDA 43022ST7A02 HONDA H4302S04003 HONDA H4302SAA003 HONDA H4302SD2003 HONDA H4302SS1003 ISUZU 586005148 ISUZU 586005149 ISUZU 586009163 ISUZU 586009575 ISUZU 586017797 ISUZU 586017798 ISUZU 586019520 MAZDA 1A002643Z MG GBP90347AF NISSAN AY060HN001 NISSAN AY060HN002 OPEL 1605731 ROVER 910000439E ROVER EJP1437 ROVER GBP90316 ROVER GBP90316AF ROVER GBP90347 SUZUKI 5580078G00 SUZUKI 5580078G00000 SUZUKI 5580078G01 SUZUKI 5580078G01000 VAUXHALL 90297552 PAGID STREET Unique Double Retention System Developed with expertise transferred from racing technology Friction material is mechanically secured to the backplate No delamination of friction material from the steel backplate Motorsport high-tech and innovation for your vehicle The STREET friction compound by PAGID Racing integrates decades of racing experience into a street-legal product that complies with the latest environmental standards. Equipped with anti-noise shims and fully accessorized as an aftermarket brake pad range, this compound exclusively uses the mechanical retention system found in all PAGID Racing brake pads. This race-inspired technology provides an ideal solution for drivers starting track activities. Bedding In for PAGID STREET Brake Pads After installing new brake discs and pads, it is essential to bed in the friction surfaces. This ensures they adapt properly to one another for safe and optimal brake performance. If not bedded in correctly, uneven material transfer between the pad and disc or uneven distribution of deposits may occur, potentially leading to vibrations or noise issues. Warranty is voided for all pads exhibiting symptoms of not being bedded in correctly. Guidelines During the bedding-in period, please follow these guidelines: Caution: Avoid excessive braking as this can overheat the friction material too quickly, causing the brake pad surface to glaze over and reduce braking performance. Perform the procedure on safe sections of road where these maneuvers can be conducted safely. Allow time between braking to gradually heat the brakes and avoid thermal shock. Start with gentle and cautious braking from a maximum speed of 50 km/h. Follow up with several braking procedures from medium speeds, allowing cooling time between cycles. For the first 300 km, drive moderately and avoid unnecessary hard or continuous braking. Additional Information Weight 3.5 kg Dimensions 25 × 16 × 14 cm Brand PAGID Racing R90 Compliant Yes
