Description
The Rear TAROX Brake Rotors for TESLA Model S (All Models) are high-performance replacement brake discs engineered to deliver improved braking consistency, heat management, and durability over standard OE components. Each set is supplied as a complete pair, including left and right rotors specifically configured for the rear axle.
These rotors are direct replacements for the original equipment brake discs and are designed to install without any modifications. Each rotor is manufactured as a handed component, meaning left and right sides are engineered with specific cooling characteristics to optimise braking efficiency and thermal performance.
This product is manufactured to order by TAROX in Italy, ensuring precision production and application-specific configuration.
Fitment Information
- Vehicle Make: TESLA
- Model: Model S
- Variant: All Models
- Axle: Rear
- Quantity: 2 Rotors (1 Pair)
- Rotor Type: Vented
- TAROX Code: S1-2759
- Rotor Diameter: 365 mm
- Rotor Thickness: 28 mm
- Minimum Rotor Thickness: 26 mm
- Offset (Rotor Height): 66.5 mm
- Centre Bore Diameter: 70 mm
- Rotor Configuration: Single Piece
Rotor Design Options
F2000 – Long Curved Grooves
The F2000 design features long, curved grooves engineered to improve pad bite, reduce brake fade, and assist in gas and debris evacuation under heavy braking conditions.
Sport Japan – Drilled and Slotted
The Sport Japan design combines drilled holes with precision slots to enhance initial bite, improve heat dissipation, and maintain consistent braking performance under demanding conditions.
Manufacturing & Finish
All TAROX bespoke rotors are manufactured to order in Italy. Optional anti-rust cataphoretic coating is available for enhanced corrosion protection across all non-swept surfaces, including internal vanes. This treatment is especially recommended for road use, low mileage vehicles, and show applications, although it may extend delivery time.
Performance Information
These rotors are designed as performance-oriented OE replacements, offering improved thermal stability and braking consistency compared to standard factory components. They are engineered for durability under both spirited road use and performance driving conditions while maintaining direct-fit compatibility with factory braking systems.
