OE Quality
60-Day Returns

Beck Arnley 083-3286 Disc Brake Rotor - Rear
Overview of Beck Arnley Disc Brake Rotor 083-3286
The Beck Arnley 083-3286 disc brake rotor is engineered for Land Rover Range Rover models requiring precise braking performance. This vented rotor is designed to maintain optimal temperature control and durability under demanding driving conditions.
- Vented design for improved heat dissipation
- 5 lug quantity with 120 mm bolt pattern
- Rotor outer diameter of 354 mm and thickness of 20 mm
- Rotor center hole diameter of 79 mm for accurate fitment
- Minimum rotor thickness of 17 mm to ensure safety and longevity
Detailed Product Description
This Beck Arnley disc brake rotor (part number 083-3286) features a vented construction that enhances airflow to reduce brake fade during extended use. The rotor is specifically designed for Land Rover Range Rover vehicles, matching the OEM specifications including a 5-lug configuration and a 120 mm bolt pattern. With a rotor outer diameter of 354 mm and a surface thickness of 20 mm, it provides a solid braking surface while maintaining structural integrity. The rotor hub outer diameter measures 209 mm, and the rotor height is 75 mm, ensuring proper alignment and fitment. The lug stud hole inner diameter is 16.6 mm, accommodating the vehicle’s lug nuts precisely. This rotor is not solid but vented, which helps in maintaining cooler operating temperatures and consistent braking performance.
Compatible Vehicles and Applications
- Compatible with Land Rover Range Rover models requiring a 5-lug, 120 mm bolt pattern rotor
- Ideal replacement for worn or warped rotors causing brake pulsation or noise
- Suitable for vehicles experiencing reduced braking efficiency or overheating
- Addresses rotor thickness below minimum safety standards
Installation Notes and Tips
When installing the Beck Arnley 083-3286 disc brake rotor, ensure the rotor surface is clean and free of any contaminants before mounting. Verify the rotor thickness meets or exceeds the minimum thickness of 17 mm to maintain safe braking performance. Proper torque specifications should be followed for the 5 lug nuts with 16.6 mm lug stud holes to avoid uneven rotor wear. It is recommended to inspect brake pads and hardware during rotor replacement to ensure overall system reliability.
Quality Assurance and Warranty
Beck Arnley rotors are manufactured to meet or exceed OEM standards for fit, form, and function. The 083-3286 rotor undergoes rigorous quality control to ensure durability and consistent braking performance. While specific warranty details are not provided here, Beck Arnley products typically come with a limited warranty covering defects in materials and workmanship.
| Brand | Beck Arnley |
|---|---|
| Part Number | 083-3286 |
| Vented | Y |
| Lug Quantity | 5 |
| Are You Using The Long Form Warning | Y |
| BOLT PATTERN MM | 120 |
| LUG STUD HOLE I.D. MM | 16.6 |
| ROTOR CENTER HOLE I.D. MM | 79 |
| ROTOR HEIGHT MM | 75 |
| ROTOR HUB O.D. MM | 209 |
| ROTOR ID MM | 210 |
| ROTOR MINIMUM THICKNESS MM | 17 |
| ROTOR O.D. MM | 354 |
| ROTOR SURFACE THICKNES MM | 20 |
| SOLID | N |
This part fits 7 vehicles. Search below:
| Year | Make | Model | Submodel | Position | Notes |
|---|---|---|---|---|---|
| 2012 | Land Rover | Range Rover | HSE | Rear | Vented disc brake rotor suitable for premium applications. |
| 2011 | Land Rover | Range Rover | HSE | Rear | Vented disc brake rotor suitable for premium applications. |
| 2010 | Land Rover | Range Rover | HSE | Rear | Vented disc brake rotor suitable for premium applications. |
| 2009 | Land Rover | Range Rover | Rear | Vented disc brake rotor suitable for premium applications. | |
| 2008 | Land Rover | Range Rover | Rear | Vented disc brake rotor suitable for premium applications. | |
| 2007 | Land Rover | Range Rover | Rear | Vented disc brake rotor suitable for premium applications. | |
| 2006 | Land Rover | Range Rover | Rear | Premium Vented; From Chassis Serial # 6A228067 |
* Always verify fitment with your vehicle's VIN if unsure. Submodel & trim restrictions may apply.