MOZA RACING R5 Adapter Plate      

£15.00 Sold Out
Regular price
£15.00  inc. vat

MOZA RACING R5 Adapter Plate

£15.00

Total £15.00

Shop & Sustain: Make a better tomorrow

×
Klarna Logo.

Pay in 3 with Klarna

Close

Klarna's Pay in 3 / Pay in 30 days are unregulated credit agreements. Borrowing more than you can afford or paying late may negatively impact your financial status and ability to obtain credit. 18+, UK residents only. Subject to status. Ts&Cs and late fees apply.

Free delivery on all orders over £70
RETURN GUARANTEE Within 14 days
10+ YEARS OF EXPERIENCE Since 2009

Moza Wheel Base

  • Out Of Stock
    MOZA RACING R5 Wheel Base
    +£299.00
    MOZA RACING R5 Wheel Base
  • Out Of Stock
    MOZA RACING R9 Wheel Base R9 Wheel Base V2
    +£399.00
    MOZA RACING R9 Wheel Base R9 Wheel Base V2
  • Out Of Stock
    MOZA RACING R9 Wheel Base R9 Wheel Base V1
    +£379.00
    MOZA RACING R9 Wheel Base R9 Wheel Base V1

Moza Wheels

  • Low Stock
    MOZA RACING ES Steering Wheel
    +£125.00
    MOZA RACING ES Steering Wheel

Moza Pedals

  • Out Of Stock
    MOZA RACING SRP Two Pedal Set
    +£149.00
    MOZA RACING SRP Two Pedal Set

With the MOZA 40 mm to 66 mm 4-hole adapter plate for R5 wheelbases, you can easily mount your [R5 wheelbase] on racing simulators and wheel stands with 66 mm mounting points.

Thanks to the robust steel construction, you don't have to worry about durability or flex. This adapter plate ensures a secure, 4-point-mounting position.

Read more...
  • 40mm - 66mm Adapter Plate
  • Secure 4-point-mounting
  • 5mm High Strength Steel
×
MOZA RACING R5 Adapter Plate

Increased Compatibility

The 40mm to 66mm Bolt pattern allows for greater compatibility and easier mounting options.

Secure 4 Point Mounting

Strong and stable 4 point mounting means that you can race with confidence without worrying about any wobble or flex.

MOZA RACING R5 Adapter Plate
MOZA RACING R5 Adapter Plate

5mm High Strength Steel

CNC Machines with 5mm thick high strength steel. Designed to hold up to high levels of force feedback.