Description
Price Includes Both Left and Right Rotors (1 Pair)
The TAROX Front Brake Rotors for the Ferrari F430 4.3 V8 are precision-engineered performance brake discs designed as direct replacements for the factory front braking system. Manufactured to order in Italy, these bespoke rotors deliver exceptional braking performance, superior heat management, and long-term durability while maintaining exact OEM fitment.
Designed specifically for Ferrari F430 models equipped with the 4.3L V8 engine, these rotors install directly in place of the original equipment brake discs without requiring any modifications. The direct-fit design ensures straightforward installation while preserving factory braking system compatibility.
Each set includes a matched pair of handed rotors featuring dedicated left and right cooling orientations. This optimized cooling vane configuration improves airflow through the rotor assembly, helping reduce operating temperatures and maintain consistent braking performance under demanding driving conditions.
The two-piece fixed rotor construction offers enhanced structural stability while helping to manage heat more effectively than conventional one-piece designs. This configuration is ideal for high-performance road driving, spirited canyon runs, and track-day applications where consistent braking performance is essential.
Every TAROX Bespoke rotor is manufactured to order and crafted using premium materials and advanced machining processes to meet the demanding requirements of Ferrari performance vehicles.
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 initial bite, evacuate brake dust and gases, and maintain consistent braking performance throughout the rotor's lifespan.
Sport Japan – Drilled and Slotted
The Sport Japan design combines precision drilling and directional slotting to maximize cooling efficiency, improve wet-weather braking capability, and provide a more aggressive braking response for performance-oriented driving.
Optional Anti-Rust Protection
An optional cataphoretic anti-corrosion treatment is available for enhanced 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 front brake rotors
- Manufactured to order in Italy
- Includes left and right front rotors
- Handed rotor design with optimized cooling orientation
- Vented rotor construction
- Two-piece fixed rotor configuration
- 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: S2-2509
- Quantity: 2 Rotors (1 Pair)
- Axle Position: Front
- Rotor Type: Vented
- Vehicle Year Range: 2004-2009
- Vehicle Variant: 4.3 V8
- Rotor Diameter: 380mm
- Rotor Thickness: 32mm
- Minimum Rotor Thickness: 30mm
- Rotor Height (Offset): 58mm
- Rotor Configuration: Two-Piece Fixed
- Weight Per Disc: Manufacturer Not Specified
Vehicle Fitment
Ferrari
- Ferrari F430 4.3 V8 (2004-2009)
Fitment Details
- Make: Ferrari
- Model: F430
- Engine: 4.3 V8
- Model Years: 2004-2009
- Position: Front
- Rotor Diameter: 380mm
- Rotor Thickness: 32mm
Manufacturing Information
All TAROX Bespoke rotors are manufactured to order in Italy and engineered specifically for the selected Ferrari application. Each rotor is produced using premium materials and precision machining techniques to deliver outstanding braking performance, durability, and fitment quality for high-performance driving environments.
