Reviews for Wheel Stand Pro -Stand for Logitech wheels and Thrustmaster Ferrari F430

Wheel Stand Pro -Stand for Logitech wheels and Thrustmaster Ferrari F430Reviews for Wheel Stand Pro -Stand for Logitech wheels and Thrustmaster Ferrari F430

With so many available today, it is good to have a name you can trust. The Wheel Stand Pro -Stand for Logitech wheels and Thrustmaster Ferrari F430 is certainly that and will be a great acquisition. For this great price, the Wheel Stand Pro -Stand for Logitech wheels and Thrustmaster Ferrari F430 comes highly respected and is always a popular choice amongst lots of people.


  • New V2 design
  • Handcrafted full metal construction
  • High quality antysliding rubber
  • Tilt of the steering wheel column 360° adjustable
  • Ready to work out of the box

Product Description

Please note:
This sale is for the Wheel Stand Only. The racing wheel and pedals are not included.


We are glad to offer you wheel stand pro sim racing stand- the first construction of this type in the world.
All stands are handcrafted in Europe from the finest British, Polish and Italian materials.
This model is compatible with:

- Thrustmaster F430
(hard-mounted wheel and pedals support)

- Thrustmaster RGT Force Feedback Pro
(hard mounted wheel support)

- Thrustmaster Ferrari Experience GT
(hard mounted wheel and pedals support)

- Logitech Driving Force GT /PRO /EX /FX
(hard-mounted pedals support, wheel mounted with original clamps)



Features include:

- New V2 design based on the DELUXE line makes it stronger, sturdier and more rigid.

- Specially designed to support Thrustmaster and Logitech wheels

- Adjustable for all sizes of players and for every chair and sofa

- Ready to work out of the box

- Handcrafted full metal construction for life-time durability and stability

- Hard mounted with screws.

- High quality antysliding rubber feet don`t leave marks on the floor

- Tilt of the steering wheel column 360° adjustable

- Quick release mechanism for rapid adjustment

- Precision build for maximum rigidity and stability