
Ultima | Rear Brake Disc Rotor (Single) | Range Rover L322 TD6 V8 Petrol 72mm Pad Depth 2002–2009 | AAP2093
Ultima Rear Brake Disc Rotor (Single) for Range Rover Series 3 (L322) TD6 & 4.4L V8 2002–2009
This OE-quality Ultima Rear Brake Disc Rotor is a direct replacement for the Range Rover Series 3 (L322) models, specifically those fitted with the 3.0L TD6 Diesel and 4.4L V8 Petrol (210kW) engines. It is a large, vented rotor designed for premium performance, ensuring reliable, stable, and consistent braking under load.
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, crucial for the thermal demands of heavy, high-performance SUVs.
Key Features:
- Application: Rear brake disc rotor for Range Rover Series 3 (L322)
- Design: Vented, Plain Surface
- Dimensions: Features **72mm Pad Face Depth** (A critical measurement for correct caliper clearance)
- Vehicle Fitment: Specifically for **3.0L TD6** and **4.4L V8 Petrol (210kW)** models
- Material: High-carbon cast iron
- Performance: Consistent, reliable OE-level braking performance
- Fitment: Direct OE replacement – no modifications required
- Unit of Measure: Sold individually (1 piece)
Technical Specifications
- Brand: Ultima
- Part Number (SKU): AAP2093
- System Type: Rear Brake Disc Rotor (Vented)
- Material: High-Carbon Cast Iron
- Position: Rear
- Vehicle Model: Range Rover Series 3 (L322)
- Years: 2002–2009
- Use: Premium SUV Application
Vehicle Fitment Information
| Make | Model | Series | Years | Position |
|---|---|---|---|---|
| Range Rover | Series 3 | L322 (3.0L TD6, 4.4L V8 Petrol 210kW) | 2002–2009 | 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.
Ultima Rear Brake Disc Rotor (Single) for Range Rover Series 3 (L322) TD6 & 4.4L V8 2002–2009
This OE-quality Ultima Rear Brake Disc Rotor is a direct replacement for the Range Rover Series 3 (L322) models, specifically those fitted with the 3.0L TD6 Diesel and 4.4L V8 Petrol (210kW) engines. It is a large, vented rotor designed for premium performance, ensuring reliable, stable, and consistent braking under load.
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, crucial for the thermal demands of heavy, high-performance SUVs.
Key Features:
- Application: Rear brake disc rotor for Range Rover Series 3 (L322)
- Design: Vented, Plain Surface
- Dimensions: Features **72mm Pad Face Depth** (A critical measurement for correct caliper clearance)
- Vehicle Fitment: Specifically for **3.0L TD6** and **4.4L V8 Petrol (210kW)** models
- Material: High-carbon cast iron
- Performance: Consistent, reliable OE-level braking performance
- Fitment: Direct OE replacement – no modifications required
- Unit of Measure: Sold individually (1 piece)
Technical Specifications
- Brand: Ultima
- Part Number (SKU): AAP2093
- System Type: Rear Brake Disc Rotor (Vented)
- Material: High-Carbon Cast Iron
- Position: Rear
- Vehicle Model: Range Rover Series 3 (L322)
- Years: 2002–2009
- Use: Premium SUV Application
Vehicle Fitment Information
| Make | Model | Series | Years | Position |
|---|---|---|---|---|
| Range Rover | Series 3 | L322 (3.0L TD6, 4.4L V8 Petrol 210kW) | 2002–2009 | 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: $42.79
-65%$42.79
$14.98Description
Ultima Rear Brake Disc Rotor (Single) for Range Rover Series 3 (L322) TD6 & 4.4L V8 2002–2009
This OE-quality Ultima Rear Brake Disc Rotor is a direct replacement for the Range Rover Series 3 (L322) models, specifically those fitted with the 3.0L TD6 Diesel and 4.4L V8 Petrol (210kW) engines. It is a large, vented rotor designed for premium performance, ensuring reliable, stable, and consistent braking under load.
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, crucial for the thermal demands of heavy, high-performance SUVs.
Key Features:
- Application: Rear brake disc rotor for Range Rover Series 3 (L322)
- Design: Vented, Plain Surface
- Dimensions: Features **72mm Pad Face Depth** (A critical measurement for correct caliper clearance)
- Vehicle Fitment: Specifically for **3.0L TD6** and **4.4L V8 Petrol (210kW)** models
- Material: High-carbon cast iron
- Performance: Consistent, reliable OE-level braking performance
- Fitment: Direct OE replacement – no modifications required
- Unit of Measure: Sold individually (1 piece)
Technical Specifications
- Brand: Ultima
- Part Number (SKU): AAP2093
- System Type: Rear Brake Disc Rotor (Vented)
- Material: High-Carbon Cast Iron
- Position: Rear
- Vehicle Model: Range Rover Series 3 (L322)
- Years: 2002–2009
- Use: Premium SUV Application
Vehicle Fitment Information
| Make | Model | Series | Years | Position |
|---|---|---|---|---|
| Range Rover | Series 3 | L322 (3.0L TD6, 4.4L V8 Petrol 210kW) | 2002–2009 | 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.











