The Story
Ultima Front Brake Disc Rotor (Single) for Mazda 3 MPS 2.3L Turbo 2006–2009
The Ultima Front Brake Disc Rotor (AAP2962) is specifically engineered as a heavy-duty, direct OE-replacement for the high-performance Mazda 3 MPS (BK Series). Featuring a large 320mm diameter and a robust vented design, this rotor ensures superior heat management and consistent, powerful stopping under demanding driving conditions.
Warranty
1 year / 20,000 km
Why Ultima?
Ultima braking components are manufactured to the strict OE specifications required by performance vehicles like the Mazda 3 MPS. Each high-carbon cast iron rotor is dynamically balanced and precision-machined to provide an excellent thermal capacity, helping to reduce brake fade and prevent warping, ensuring maximum safety and durability.
Key Features:
- Application: Front brake disc rotor for Mazda 3 MPS 2.3L Turbo
- Performance Design: Large 320mm Vented rotor for superior cooling and fade resistance
- Material: High-carbon cast iron construction for strength and heat stability
- Quality: Precision balanced and machined for smooth, vibration-free operation
- Fitment: Direct OE replacement for a hassle-free fit on the MPS model
- Unit of Measure: Sold individually (1 piece)
Technical Specifications (320mm MPS Spec)
- Brand: Ultima
- Part Number (SKU): AAP2962
- System Type: Front Brake Disc Rotor (Vented)
- Diameter (OD): 320 mm
- Thickness: 25 mm
- Minimum Thickness: 23 mm
- Position: Front
- Vehicle Model: Mazda 3 MPS Hatch
- Series: BK
- Years: 2006–2009
- Use: Performance Passenger Vehicle Application
Vehicle Fitment Information
| Make | Model | Series | Engine | Years | Position |
|---|---|---|---|---|---|
| Mazda | 3 | MPS (BK) | 2.3L Turbo | 2006–2009 | Front |
Important Information
- The image shown may not reflect the actual product
- Shipping times may vary depending on destination and stock availability
Payment & Security
Your payment information is processed securely. We do not store credit card details nor have access to your credit card information.
Description
Ultima Front Brake Disc Rotor (Single) for Mazda 3 MPS 2.3L Turbo 2006–2009
The Ultima Front Brake Disc Rotor (AAP2962) is specifically engineered as a heavy-duty, direct OE-replacement for the high-performance Mazda 3 MPS (BK Series). Featuring a large 320mm diameter and a robust vented design, this rotor ensures superior heat management and consistent, powerful stopping under demanding driving conditions.
Warranty
1 year / 20,000 km
Why Ultima?
Ultima braking components are manufactured to the strict OE specifications required by performance vehicles like the Mazda 3 MPS. Each high-carbon cast iron rotor is dynamically balanced and precision-machined to provide an excellent thermal capacity, helping to reduce brake fade and prevent warping, ensuring maximum safety and durability.
Key Features:
- Application: Front brake disc rotor for Mazda 3 MPS 2.3L Turbo
- Performance Design: Large 320mm Vented rotor for superior cooling and fade resistance
- Material: High-carbon cast iron construction for strength and heat stability
- Quality: Precision balanced and machined for smooth, vibration-free operation
- Fitment: Direct OE replacement for a hassle-free fit on the MPS model
- Unit of Measure: Sold individually (1 piece)
Technical Specifications (320mm MPS Spec)
- Brand: Ultima
- Part Number (SKU): AAP2962
- System Type: Front Brake Disc Rotor (Vented)
- Diameter (OD): 320 mm
- Thickness: 25 mm
- Minimum Thickness: 23 mm
- Position: Front
- Vehicle Model: Mazda 3 MPS Hatch
- Series: BK
- Years: 2006–2009
- Use: Performance Passenger Vehicle Application
Vehicle Fitment Information
| Make | Model | Series | Engine | Years | Position |
|---|---|---|---|---|---|
| Mazda | 3 | MPS (BK) | 2.3L Turbo | 2006–2009 | Front |
Important Information
- The image shown may not reflect the actual product
- Shipping times may vary depending on destination and stock availability
Payment & Security
Your payment information is processed securely. We do not store credit card details nor have access to your credit card information.
