Tesla Composite Front Brake Discs

Brake Discs Features

• Adopts a composite structure design, combining a high-carbon cast iron friction ring with an aluminum hub. The two components are connected via stainless steel rivets to balance the product's dual requirements for strength and light weight.

• Non-friction areas are coated with an anti-corrosion layer, paired with a special surface protection technology. This not only eliminates the need for degreasing before pre-installation but also effectively resists environmental erosion.

• Features an optimized ventilation structure with curved vanes to expand the heat dissipation area. A floating connection design is also integrated to adapt to thermal expansion during braking.

• Complies with ECE R90 certification and original equipment (OE) manufacturing standards, with strict control over dimensional tolerances and assembly accuracy.

  Tailored for premium passenger cars and performance models, enabling precise matching with the original vehicle's brake calipers and braking system.

  Core Advantages of the Brake Disc

• Weighs 30% less than traditional cast iron brake discs, significantly reducing unsprung mass. This not only improves vehicle handling but also lowers energy consumption.

• Boasts enhanced heat dissipation performance, which reduces thermal deformation and brake judder during continuous braking, ensuring braking stability.

• The combination of anti-corrosion coating and wear-resistant friction ring not only extends the product's service life but also keeps the interior of the wheel clean.

• Features a smooth friction surface and vibration damping design, ensuring linear brake response and maintaining stable performance even in rainy conditions.

• Meets OE-level fitting accuracy, simplifying the installation process while eliminating brake noise to ensure driving comfort.

1. Tesla Front Coverage: Model 3, Model Y, Model S & Model X

Our catalog covers the full Tesla front brake lineup including Model 3, Model Y, Model S, Model X, and Model S Plaid — ensuring the correct composite front brake disc for every popular Tesla electric vehicle.

2. Composite Two-Piece Construction: Weight Reduction for EV Efficiency

These Tesla brake discs feature a composite two-piece construction with a lightweight hat bonded to a high-carbon cast iron friction ring — reducing overall disc weight by up to 25%, lowering unsprung mass, and contributing to improved EV efficiency and handling.

3. EV Optimized Front Axle: 70% Braking Load for Heavy EVs

Engineered specifically for Tesla's front axle applications, these composite brake discs are optimized for the 70% braking force distribution typical of front axles — amplified by the increased weight of electric vehicles from battery packs, ensuring consistent, reliable front braking performance.

4. Low-Noise Precision Design: Quiet Operation for Tesla EVs

These Tesla brake discs feature precision-machined friction surfaces and optimized disc geometry that minimize brake noise and vibration — essential for Tesla electric vehicles where the quiet electric motor makes brake noise more noticeable, ensuring a refined, near-silent braking experience.

• 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