Brake Disc for JEEP, LAMBORGHINI, RENAULT Front ECE R90

Brake Disc Features 

• Three brands. Three different worlds. Jeep conquers the Rubicon Trail. Lamborghini devours the Autobahn. Renault navigates the roundabouts of Paris. One brake disc cannot serve all three without adapting to what makes each brand unique. That is the engineering challenge this disc solves. The same basic architecture—280mm diameter, 24mm thickness, ventilated structure—but with material formulations tailored to the demands of each application. The disc does not compromise; it diversifies.

• For Jeep, the enemy is impact. Gravel, rocks, and the debris of off-road trails strike the friction surface with force that would crack a brittle disc. The high-carbon cast iron formulation used for Jeep applications provides the impact resistance that off-road driving demands. The material absorbs the shock of gravel strikes without micro-cracking, maintaining its structural integrity across the life of the disc. For Wrangler and Gladiator owners who venture off pavement, this impact resistance is the difference between a disc that lasts and one that fails prematurely.

• For Lamborghini, the enemy is heat. The Huracán and Urus generate braking temperatures that would overwhelm conventional discs. The silicon carbide composite material used for Lamborghini applications maintains a stable friction coefficient of 0.42 to 0.46 across the full temperature range of supercar driving. The material does not fade, does not glaze, and does not lose its bite when the brakes are used repeatedly at speed. For drivers who push their vehicles to the limit, this thermal stability delivers consistent stopping power lap after lap.

• For Renault, the enemy is cost. The Koleos and Mégane are family vehicles, and their owners expect reliability without the premium price tag. The low-metal composite material used for Renault applications balances economy with safety, delivering the stopping power that family drivers need without the expense of exotic materials. The formulation provides consistent friction output across the temperature range of daily driving, ensuring that the brakes perform reliably stop after stop, day after day. For Renault owners who prioritize value, this material delivers the right balance.

• The dual-layer wave ventilation channels are common across all three applications. The channels are shaped to maximize airflow through the rotor core, pulling cool air from the hub and expelling heated air at the periphery. The design increases heat dissipation efficiency by 35% compared to conventional ventilated discs, preventing the temperature buildup that causes fade. For Jeep drivers descending mountain trails, for Lamborghini drivers braking from high speed, for Renault drivers navigating city traffic, this ventilation delivers the thermal management that consistent braking requires.

• The anti-corrosion treatment on this disc is eco-friendly and effective. The pre-paint rustproofing creates a barrier that resists moisture, road salts, and the alkaline dust that accumulates during driving. The treatment has been validated through 500 hours of salt spray testing—the equivalent of years of exposure in coastal or winter climates. The coating extends to the hub face, preventing the disc from bonding to the wheel flange and ensuring that future brake service remains straightforward. For drivers in diverse conditions, this corrosion protection extends the service life of the disc.

• The dynamic balancing of this disc is precise, ensuring smooth rotation without vibration. The balancing process eliminates the run-out that can cause pedal pulsation, delivering a brake pedal that feels firm and consistent. The damping structure integrated into the backplate further reduces vibration, cutting brake squeal occurrence by 90%. For drivers who value a quiet cabin, this noise reduction preserves the comfort of the vehicle. For workshops that value customer satisfaction, it means fewer comebacks.

• The compatibility of this disc with ABS/ESP systems is complete. The disc does not interfere with the electronic control systems that manage braking force distribution, stability control, and traction management. For Jeep drivers who rely on off-road traction control, for Lamborghini drivers who depend on high-speed stability systems, for Renault drivers who need reliable ABS intervention, this disc integrates seamlessly. The OE fitment ensures that the vehicle's braking logic remains intact, with no modifications required.

• The ECE R90 certification that applies to all three formulations confirms that each disc meets the braking performance standards for European aftermarket use. The IATF 16949-certified production facility ensures consistent quality and dimensional accuracy across all material variants. Whether destined for a Jeep Wrangler on the Rubicon Trail, a Lamborghini Urus on the Autobahn, or a Renault Koleos on the streets of Paris, this disc arrives with the traceability and documentation that professional buyers require—a front brake component engineered for the diverse demands of Jeep, Lamborghini, and Renault drivers worldwide.

Custom-engineered for the front brake systems of Jeep, Lamborghini, and Renault, precisely tailored for Jeep Wrangler/JL, Lamborghini Huracan/Urus, Renault Koleos/ Megane. Developed in strict compliance with each brand's original equipment (OE) standards, the mounting holes and dimensions perfectly match the corresponding front brake calipers. Installation requires no modifications and is compatible with ABS/ESP electronic control systems, suitable for diverse scenarios including off-road, supercars, and family vehicles.

Core components certified under ECE R90 EU safety standards, featuring gradient material design: Jeep models utilize high-carbon cast iron for enhanced impact resistance against off-road gravel impacts; Lamborghini models employ silicon carbide composite material with a stable friction coefficient of 0.42-0.46, withstanding supercar high-intensity braking temperatures; Renault models incorporate low-metal composite material balancing family car economy and safety. Uniformly equipped with dual-layer wave ventilation channels, heat dissipation efficiency increases by 35%, effectively suppressing thermal fade.

Quality is ensured through meticulous craftsmanship: surfaces undergo eco-friendly pre-paint rustproofing, achieving over 500 hours in salt spray testing; precise dynamic balancing calibration combined with backplate damping structure reduces brake squeal occurrence by 90%, with service life matching OEM standards.

• 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