Tesla Oem Grey Hat Brake Discs

• Being a world leading professional brake parts manufacturer, Winhere produces more than 55 million units of brake discs and 10 million sets of brake pads annually for OEM and IAM. 

• 96%+ car parc coverage of brake discs and brake pads from A to Z for both passenger cars and commercial vehicles. 

• IATF16949, ISO14001, ISO45001, ECE R90, CNAS certificated. 

• National Green Manufacturer and China’s Champion Enterprise awarded by M.I.I.T. and C.F.I.E. 

• National Standard of “Brake Disc for Automobile” GB/T 34422-2017 is led by National Quality Supervision and Inspection Center for automobile parts, Winhere is the responsible drafting company for this national standard.

Brake Discs Features:                                                   

•Equivalent to OE design 

•Smooth and quick stop 

•Anti-rust 

•Low noise, low dust 

•Optimal thermal performance

1. EV-Optimized Design: Engineered for Tesla Electric Vehicle Weight & Torque

Specifically engineered for the higher curb weight and instant torque delivery of Tesla electric vehicles, these brake discs feature reinforced friction plates and optimized venting to handle the increased thermal loads of aggressive regenerative braking override and emergency stops. The high-carbon cast iron construction provides superior thermal conductivity and resistance to thermal shock, ensuring consistent performance even under Tesla's high-performance modes and repeated hard acceleration followed by hard braking.

2. Grey Hat Corrosion Protection: Grey-Coated Hub for Clean Alloy Wheels

The distinctive grey hat (hub mounting area) features a specialized grey corrosion-resistant coating that prevents rust formation on non-friction surfaces, maintaining a clean, factory-original appearance visible through Tesla's alloy wheels. This coating eliminates the unsightly rust rings that commonly form on standard discs in high-humidity or winter-salt areas, preserving the premium aesthetic of Tesla vehicles and reducing wheel hub cleaning during brake service.

3. Regenerative Braking Compatibility: Smooth Transition for Tesla Brake Systems

Engineered to work seamlessly with Tesla's regenerative braking system, these discs provide consistent, predictable friction performance during the transition from regenerative to friction braking, ensuring smooth, linear deceleration with no sudden grab or hesitation. The precision-machined friction surface and optimized disc thickness variation (DTV ≤ 0.02mm) ensure uniform pad contact, delivering the refined braking feel expected by Tesla drivers accustomed to smooth one-pedal driving.

4. OEM Tesla Specification: Direct Replacement for Model 3, Y, S & X

Manufactured to original equipment specifications for Tesla Model 3, Model Y, Model S, and Model X vehicles, these brake discs are direct bolt-on replacements with exact bolt patterns, center bore dimensions, and friction surface diameters matching factory-fitted parts. Each part number is cross-referenced against Tesla OE numbers for guaranteed fitment, including front/rear variants, performance brake packages, and models with or without integrated parking brake functionality.

Brake Pads Features:

•High performance 

•Long-life service 

•Anti-fade 

•Low noise, low dust 

•Environmental friendly

1. EV-Specific Friction Compound: Low-Wear for Regenerative Braking Cycles

Formulated specifically for electric vehicle applications where regenerative braking handles the majority of deceleration, these brake pads feature a low-wear friction compound that maintains consistent performance even during extended periods of light or infrequent friction brake use. The optimized material composition prevents the glazing and flat-spotting that can occur when pads are rarely used, ensuring reliable friction performance when the driver needs full friction braking for emergency stops or aggressive driving.

2. Rust Prevention for EVs: Addressing Infrequent Brake Use in Tesla Models

A common issue with electric vehicles is that reduced friction brake use can lead to brake disc rust accumulation, causing noise, vibration, and reduced performance until the rust is worn off. Our EV-specific brake pads feature a friction compound with mild abrasive properties that gently clean the disc surface during light braking, preventing excessive rust buildup and maintaining consistent friction contact — solving a unique pain point for Tesla owners who primarily rely on regenerative braking.

3. Instant Response for Emergency Stops: Overcoming Regenerative Brake Limitations

While Tesla's regenerative braking handles normal deceleration, emergency stops and aggressive driving require full friction brake performance, and our pads deliver instant, predictable response with strong initial bite when the driver presses the brake pedal firmly. The friction compound is calibrated to provide consistent coefficient of friction from cold starts to high temperatures, ensuring reliable stopping power in emergencies where regenerative braking alone is insufficient — a critical safety consideration for high-torque electric vehicles.

4. Quiet Operation for EV Cabins: Noise-Free Braking in Silent Tesla Interiors

Electric vehicles lack engine noise to mask brake sounds, making brake noise more noticeable in the quiet Tesla cabin — our pads feature multi-layer noise-dampening shims and precision-chamfered edges that reduce brake squeal and vibration to near-silent levels. The friction material operates at noise frequencies below human hearing range, ensuring the refined, quiet driving experience Tesla owners expect is maintained even during hard braking — an important consideration for EV interiors where ambient noise is significantly lower than in combustion vehicles.

• 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