Passenger Car Brake Pad for LEXUS Front ECE R90

Custom-Fit Compatibility with All Lexus Models

Tailored for mainstream Lexus passenger vehicles including the ES, RX, and NX, precisely matching the braking logic of both gasoline and hybrid models. Fully replicates OEM installation specifications with hole-pattern alignment and caliper fitment meeting factory standards. Validated through OEM compatibility testing for direct installation without modifications, meeting aftermarket replacement and quality upgrade requirements.

ECE R90 Certified for Enhanced Dynamic Braking Safety

Certified under ECE R90 EU safety standards, maintaining a stable friction coefficient within the optimal 0.40-0.45 range for more linear front brake force delivery. Optimized formula for high-speed emergency braking and continuous braking on long descents, achieving a 20% improvement in heat fade suppression. Braking distance reduced by 5%-8% compared to standard brake pads, ensuring safety in complex road conditions.

Low-Metal Formula Balances Quietness and Wear Resistance

Utilizes a low-metal composite friction material, undergoes triple high-temperature pressing and curing, with uniformly distributed metal fibers enhancing wear resistance. The backing plate integrates a honeycomb-shaped damping pad, combined with a surface micro-groove noise-reducing coating, keeping braking noise below 45 decibels. This meets Lexus's quiet cabin standards while improving wear uniformity by 15%.

All-Scene Adaptability Extends Maintenance Intervals

Suitable for diverse scenarios including business commuting and family driving. The backing plate undergoes electrophoretic rustproofing, achieving over 500 hours of salt spray resistance. Friction layer-to-brake disc contact precision error ≤0.02mm extends service life by 10% compared to OEM parts, reducing replacement frequency and lowering long-term maintenance costs.

• 100% critical dimensions, runout and DTV inspection 

• Material physical and chemical inspection

• Test shear strength, compressibility, density, flatness and parallelism 

• Test performance and noise/NVH