15mm Hubcentric Wheel Spacers for MINI Cooper – 5x120, 72.56mm – Countryman Paceman – Forged 6061-T6

PrecisionFit wheel spacers are designed to increase track width and create an aggressive OEM+ look. The correct spacer specification and installation are essential for proper wheel fitment.

Each spacer is CNC-machined from forged aluminum with a hubcentric design to help accurately centre the wheel on the hub.

✔ CNC-Machined Forged Aluminum (T6)
✔ Hubcentric Design for Accurate Wheel Centring
✔ Corrosion-Resistant Black Anodized Finish
✔ Precision Bolt Pattern Fitment
✔ Increased Track Width
✔ Vehicle-Specific Fitment

Technical Specifications

• Thickness: 15mm per spacer
• Bolt Pattern: 5x120
• Hub Bore: 72.56mm
• Thread Pitch: M14x1.25
• Material: Forged 6061-T6 Aluminum
• Finish: Black Anodized

Vehicle Applications

Selected applications in the vehicle finder include Countryman, Paceman. Confirm your exact model, year and chassis. Not every generation, trim or wheel uses this specification.

Quantity and Hardware

A pair contains two spacers; a set contains four. Select the hardware option shown above. The No Bolts or spacers-only option does not include extended lug bolts. Hardware availability is shown for the selected variant. Bolt-equipped applications require the correct extended bolts; stud-equipped applications require sufficient thread engagement.

Extended Lug Bolt Specifications

• M14x1.25 Conical: 43mm shank length.

Shank lengths apply only to the corresponding bolt-kit variants. The No Bolts option does not include extended lug bolts. Hardware availability is shown for the selected variant. Confirm the correct thread, wheel-seat type, required thread engagement and clearance before installation.

Fitment and Installation

Verify bolt pattern, hub bore and engagement, fastener thread, wheel seat, required bolt length, and wheel/tire clearance before ordering. Hubcentric design alone does not guarantee vibration-free operation, improved handling or flush fitment. Follow the vehicle's installation and torque requirements.