Paragon 2-piece Rotors Front Pair 365mm x 25mm (14.37” x 0.98”) – Tesla Model 3 RWD/AWD (Non-Performance) – Larger Rotor

Paragon Performance 2-piece Rotor offers superior braking and cooling efficiency optimized for track and race applications. It features directional ventilation vanes to create suction, turbulence, and guides cool air through the rotor for improved heat dissipation and increased resistance to cracking under harsh track condition.

Made of CM-250 special formulated high carbon alloy cast iron, it allows for an optimal bite, thermal characteristics, high-temperature strength and durability. Rotor rings are heat treated to release stress in the rotor to avoid deformation and vibration then turned by state-of-the-art CBN surface machining to ensure better break-in with new brake pads. Excellent thermal capacity is achieved by maintaining optimal mass in the rotor rings.

Vibration is reduced as the rotor lateral run-out is kept within 0.03mm and well-balanced: variations are kept within 2 grams. All rotors went through rigorous quality control procedures and inspections to ensure the rotors are fit for their purposes. The floating 2-piece design allows thermal expansion of the rotor while minimizing deformation and ensuring the rotor is self-centered with the pads. A slotted rotor improves braking consistency by maintaining a clean contact surface and dissipate heat generated and gases released when the pads come into contact with the rotors. Slotted rotors have a superior advantage over blank rotors in wet or raining conditions by preventing water films to form between the brake pad and rotor surface.

Aluminum hats are CNC machined from lightweight 6061-T6 aerospace grade aluminum for high strength and durability under extreme conditions, then anodized to increase resistance to wear and corrosion. Mil-spec hard anodizing will not discolor under extreme heat, while black anodizing is more prone to discoloring under heat (> 392F / 200C). Hard anodized surface is harder, thicker, and more wear and scratch resistant. Hard anodized surface will last longer than black anodized surface, and is highly recommended for track / race applications.

 

• Designed to work flawlessly with OEM ABS and brake system while maintaining factory brake bias. Compatible with OEM brake pads or aftermarket pads with the same pad depth (D)

• Directional ventilation vanes for optimal cooling performance, runs up to 30% cooler than O.E. rotors and increase cooling efficiency by up to 30%

• Floating 2-piece design

• Brackets included to accommodate increased rotor size (365mm vs. stock size 320mm)

• Minimizing brake fade & judder during extended sessions

• Great upgrade from non-directional, pillar vane OEM rotors

• Rotor to hat mounting system: D-Bobbin (Long) – 10-bolt

• Weighs 17.2 lbs (7.8 kg)

• Requires 19″ or larger wheels

 

Fits 2017+ Model 3 Rear-Wheel Drive and Long Range (Dual Motor, All-Wheel Drive)

***Does NOT fit AWD Performance or vehicles with Performance Upgrade Package “PUP” brakes

 

**Slight modifications to the steering knuckle required, for more info: Steering Knuckle Modifications Instructions Download (PDF)

 

https://store-8pb2bpl705.mybigcommerce.com/content/Steering%20Knuckle%20Modifications%20-%20Paragon%20Tesla%20Model%203%20365mm%20Front%20Rotors.pdf

 

Direct replacement of OEM Tesla part #: 1044611-00-D

 

Includes:

• One pair of Paragon Performance 365mm x 25mm (14.37” x 0.98”) 2-piece rotor assemblies with hard / black anodized 6061-T6 aerospace grade aluminum hats, stainless steel bobbins, and anti-rattle clips (assembled and ready to install)

• One pair of brackets

• Detailed installation manual

 

Part # (w/ black anodized hat): P2R.048.365.250.23800.08.01.01.F

Part # (w/ hard anodized hat): P2R.048.365.250.23800.08.01.02.F

 

Extra/replacement hardware is available for purchase. We recommend using new hardware when replacing rotors to ensure the rotor ring is attached to the aluminum hat properly. Please refer to our Rotor Assembly Instructions for torque specs and detailed instructions.