Paragon 370x32mm Replacement Rotors for Lotus Evora 400/410/430/GT - Front Pair
These rotor rings (friction rings) are direct replacement for OEM Evora 400/410/430/GT rotors. Reuses OEM hats. Sold in pairs.
Comes with new rotor attachment hardware kits (enough for 2 rotors) and assembly instructions for a complete rebuild.
Paragon Performance Rotor Ring 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.
Vibration is reduced as the rotor lateral run-out is kept within 0.03mm and well-balanced: variations are kept within 2 grams. All rotor rings went through rigorous quality control procedures and inspections to ensure the rotor rings are fit for their purposes. The fully-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. Weighing less than most O.E. rotors while maintaining proper thermal capacity, our rotors improves overall handling by saving unsprung mass.
Fits:
- Lotus Evora 400, 410, 430, GT
Replacement of: Lotus part no. A132J4103F, A132J4104F
Paragon part number: PRK.127.370.320.22240.03.01.F
