Ford Drilled Coated Brake Discs

Brake Disc Features:                                                   

•Equivalent to OE design 

•Smooth and quick stop 

•Anti-rust 

•Low noise, low dust 

•Optimal thermal performance 

•Better wet weather performance: Allows water and gas to escape.
•Reduced brake fade: Holes aid in heat dissipation.

•Cleaner brake surface: Helps remove brake dust.

• Rain-slicked highways and sudden downpours are where ordinary brakes reveal their limitations. Water trapped between the pad and disc creates a slippery film that delays stopping response—a moment of hesitation that can feel like an eternity in an emergency. The drilled pattern on this disc directly addresses that vulnerability. Each hole acts as a drainage channel, providing an escape route for water that would otherwise form a boundary layer between the friction surfaces. This allows the pad to maintain direct contact with the disc even in heavy rain, delivering stopping performance that remains consistent regardless of weather conditions.

• The 336mm diameter offers a generous friction surface that spreads the clamping load across a wide area, reducing contact pressure and slowing the wear rate of both disc and pads. But size alone is not the headline here. The 90mm combined thickness—reflecting the dual-plate ventilated structure—provides an enormous thermal reservoir that absorbs heat during repeated stops and gradually releases it through the internal cooling vanes. For Ford trucks, SUVs, and passenger vehicles that carry heavy loads or tow trailers, this thermal capacity translates directly to fade-free stopping confidence.

• The coated finish on this disc serves both a protective and a functional purpose. The coating applied to the non-friction surfaces creates a barrier against moisture, road salts, and chemical de-icers, preventing the corrosion that can cause discs to seize to the hub flange. This means easier wheel removal during tire rotations and brake service—a benefit that workshops and DIY owners appreciate equally. In regions where winter salt and coastal humidity accelerate rust formation, this coated protection keeps the disc structurally sound and visually presentable for years of reliable service.

• Drilling into a brake disc is not simply a matter of punching holes. The process requires precision to avoid creating stress risers—areas where cracks can initiate under thermal cycling. Our drilling operation uses carefully controlled parameters that maintain the structural integrity of the disc while achieving the thermal and drainage benefits that drivers seek. The holes are chamfered at the edges to reduce the risk of crack propagation, and the pattern is optimized to provide effective gas and water evacuation without compromising the disc's load-bearing capacity. This engineering attention ensures that the disc delivers its performance advantages without sacrificing durability.

• The ventilation structure inside this disc has been optimized for the thermal demands of Ford applications. The cooling vanes are configured to generate a powerful centrifugal airflow that pulls cool air from the center of the disc and expels it at the periphery, carrying heat away from the friction surfaces. This airflow is what prevents the temperature buildup that causes brake fade—the progressive loss of stopping power that occurs when components overheat. For drivers who regularly descend mountain grades or navigate stop-and-go city traffic, this thermal management is what maintains braking confidence across the entire journey.

• High-carbon G3000 cast iron provides the material foundation for this disc's performance. The elevated carbon content improves wear resistance by creating a microstructure that is harder and more durable than standard gray iron. It also dampens vibration, reducing the transmission of brake squeal and noise through the steering column. This metallurgical choice reflects a balance between friction performance and longevity—the disc stops effectively without wearing prematurely, delivering a service life that keeps Ford vehicles on the road and out of the workshop.

• Precision grinding of the friction surfaces completes the manufacturing process. The grinding operation achieves a flatness and parallelism that eliminate the disc thickness variation and run-out that cause pedal pulsation and steering wheel vibration. The resulting surface finish promotes rapid pad bedding, so the brakes perform optimally from the first stop rather than requiring a lengthy break-in period. The grinding also creates a consistent friction interface that maintains stable stopping power across the disc's service life, without the uneven wear that leads to premature replacement.

• Global certification is the final assurance. ECE R90 approval confirms that this disc meets the braking performance standards required for European aftermarket use, with documented dynamometer testing validating its friction coefficient, speed sensitivity, and thermal stability. The IATF 16949-certified production facility maintains consistent quality and dimensional accuracy, while the AMECA certification supports regulated applications. Whether for a personal Ford in North America, a fleet vehicle in Europe, or a distributor serving the Australian aftermarket, this disc arrives with the traceability and documentation that professional buyers require—a drilled coated brake component engineered for the demands of modern Ford driving.

•Reliable performance: Ensures durability and consistent friction.
•Effective heat management: High-carbon content improves heat handling.

• 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