Ultima | Rear Brake Disc Rotor (Single) Solid | Mazda 323 BG 1.6 1.8L MX-5 NA 1989–1998 | AAP531

Ultima | Rear Brake Disc Rotor (Single) Solid | Mazda 323 BG 1.6 1.8L MX-5 NA 1989–1998 | AAP531
Ultima Rear Brake Disc Rotor (Single) for Mazda 323 BG 1.6L/1.8L & MX-5 NA (1989–1998) Solid Design
This is a direct-fit replacement rear brake disc rotor for the **Mazda 323 (BG chassis)** 1.6L and 1.8L models, as well as the **Mazda MX-5 (NA)** first-generation roadster. This **solid rotor** is engineered to ensure consistent, safe, and reliable stopping performance, meeting or exceeding original equipment specifications.
Warranty
1 year / 20,000 km
Why Ultima?
Ultima braking components are engineered to OEM standards for precision fitment, strength, and durability. Each rotor is dynamically balanced and machined from high-carbon cast iron for long service life and stable braking under Australian conditions.
Key Features:
- Application: Rear brake disc rotor for Mazda 323 BG and MX-5 NA.
- Design: Solid
- Material: High-carbon cast iron
- Performance: Smooth, quiet, reliable OE-grade braking for passenger and sports use.
- Fitment Note: Confirmed fitment for 323 BG 1.6L/1.8L variants and all MX-5 NA series.
- Unit of Measure: Sold individually (1 piece)
- Part Number (SKU): AAP531
Technical Specifications
- Brand: Ultima
- Part Number (SKU): AAP531
- System Type: Rear Brake Disc Rotor (Solid)
- Material: High-Carbon Cast Iron
- Position: Rear
- Vehicle Model: Mazda 323 / MX-5
- Years: 1989–1998
- Use: Passenger Vehicle / Roadster Application
Vehicle Fitment Information
| Make | Model | Series | Years | Notes | Position |
|---|---|---|---|---|---|
| Mazda | 323 | BG | 10/1989–08/1994 | 1.6L & 1.8L Models | Rear |
| Mazda | MX-5 | NA | 1989–1998 | All Models | Rear |
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.
Original: $20.91
-65%$20.91
$7.32Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Ultima Rear Brake Disc Rotor (Single) for Mazda 323 BG 1.6L/1.8L & MX-5 NA (1989–1998) Solid Design
This is a direct-fit replacement rear brake disc rotor for the **Mazda 323 (BG chassis)** 1.6L and 1.8L models, as well as the **Mazda MX-5 (NA)** first-generation roadster. This **solid rotor** is engineered to ensure consistent, safe, and reliable stopping performance, meeting or exceeding original equipment specifications.
Warranty
1 year / 20,000 km
Why Ultima?
Ultima braking components are engineered to OEM standards for precision fitment, strength, and durability. Each rotor is dynamically balanced and machined from high-carbon cast iron for long service life and stable braking under Australian conditions.
Key Features:
- Application: Rear brake disc rotor for Mazda 323 BG and MX-5 NA.
- Design: Solid
- Material: High-carbon cast iron
- Performance: Smooth, quiet, reliable OE-grade braking for passenger and sports use.
- Fitment Note: Confirmed fitment for 323 BG 1.6L/1.8L variants and all MX-5 NA series.
- Unit of Measure: Sold individually (1 piece)
- Part Number (SKU): AAP531
Technical Specifications
- Brand: Ultima
- Part Number (SKU): AAP531
- System Type: Rear Brake Disc Rotor (Solid)
- Material: High-Carbon Cast Iron
- Position: Rear
- Vehicle Model: Mazda 323 / MX-5
- Years: 1989–1998
- Use: Passenger Vehicle / Roadster Application
Vehicle Fitment Information
| Make | Model | Series | Years | Notes | Position |
|---|---|---|---|---|---|
| Mazda | 323 | BG | 10/1989–08/1994 | 1.6L & 1.8L Models | Rear |
| Mazda | MX-5 | NA | 1989–1998 | All Models | Rear |
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.











