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Tarox Rear Brake Rotors – FERRARI 458 4.5 V8 -carbon replacement

$1,616.03
SKU:
S2-2625
Weight:
24.00 LBS
Shipping:
Calculated at Checkout

Description

The TAROX Rear Brake Rotors for the Ferrari 458 4.5 V8 Carbon Replacement application are precision-engineered performance brake discs designed as direct replacements for the factory rear brake rotors. Manufactured to order in Italy, these bespoke rotors deliver exceptional braking performance, improved heat management, and long-term durability while maintaining precise OEM fitment.

Designed specifically for Ferrari 458 models equipped with the 4.5L V8 engine and carbon brake replacement configuration, these rotors install directly in place of the original equipment rotors without requiring any modifications.

Each set includes a matched pair of handed rotors with dedicated left and right cooling orientations. This optimized vane configuration improves airflow through the rotor, helping to reduce operating temperatures and maintain consistent braking performance during aggressive road driving and track use.

Manufactured using premium materials and advanced machining processes, TAROX Bespoke rotors provide enhanced braking confidence and reliability while preserving the fitment standards required by high-performance Ferrari applications.

All TAROX Bespoke rotors are manufactured to order in Italy and are available with multiple rotor face designs to suit various driving styles and performance requirements.

Available Rotor Face Options

F2000 – Long Curved Grooves

The TAROX F2000 rotor design features long curved grooves engineered to continuously clean the brake pad surface, improve pedal response, evacuate brake dust, and maintain consistent braking performance.

Sport Japan – Drilled and Slotted

The Sport Japan design combines precision drilling and directional slotting to improve cooling efficiency, enhance wet-weather braking performance, and provide a more aggressive braking feel.

Optional Anti-Rust Protection

An optional cataphoretic anti-corrosion treatment is available for additional protection against corrosion and environmental exposure.

Benefits include:

  • Protection of all non-swept rotor surfaces
  • Protection of internal cooling vanes
  • Increased resistance to corrosion
  • Ideal for road-driven vehicles
  • Recommended for low-mileage vehicles
  • Recommended for collector and show vehicles

Please note that selecting the optional anti-rust treatment may increase manufacturing and delivery times.

Features

  • Direct replacement for original equipment rear brake rotors
  • Manufactured to order in Italy
  • Includes left and right rear rotors
  • Handed rotor design with optimized cooling orientation
  • Vented rotor construction
  • Available in F2000 grooved configuration
  • Available in Sport Japan drilled and slotted configuration
  • Improved cooling performance
  • Enhanced braking consistency
  • Increased resistance to brake fade
  • Precision-machined braking surfaces
  • No vehicle modifications required

Technical Specifications

  • TAROX Code: S2-2625
  • Quantity: 2 Rotors (1 Pair)
  • Axle Position: Rear
  • Rotor Type: Vented
  • Vehicle Year Range: 2009-2015
  • Vehicle Variant: 4.5 V8 Carbon Replacement
  • Rotor Diameter: 380mm
  • Rotor Thickness: 34mm
  • Minimum Rotor Thickness: 32mm
  • Rotor Height (Offset): Not Specified
  • Rotor Configuration: Rotors Only
  • Weight Per Disc: Manufacturer Not Specified

Vehicle Fitment

Ferrari

  • Ferrari 458 4.5 V8 Carbon Replacement (2009-2015)

Fitment Details

  • Make: Ferrari
  • Model: 458
  • Engine: 4.5 V8
  • Variant: Carbon Replacement
  • Model Years: 2009-2015
  • Position: Rear
  • Rotor Diameter: 380mm
  • Rotor Thickness: 34mm

Manufacturing Information

Every TAROX Bespoke rotor is manufactured to order in Italy using premium materials and precision engineering processes. Designed specifically for the Ferrari 458 platform, these rotors provide exceptional fitment, durability, and braking performance while maintaining the high standards expected from TAROX performance braking systems.