RSR-21

– We will be shipping outside the UK soon, follow us on Facebook or Instagram (Links at bottom) for updates –

Formula One design meets Race & Flight Simulation.

Totally unique, the RSR-21 is the original professional Wooden Sim Racing Cockpit.

Developed by a Formula One designer without gimmicks or compromise, optimised using the same techniques and software used by F1 teams.

Designed to be one of the stiffest chassis on the market due to its direct load paths and substantial sectional stiffness.

Race or Flight

Designed to be configured as a race or flight simulator without compromise.

 

 

 

Adjustment

Class leading adjustment ranges allows accurate driving/piloting position relative to controls and monitors for all driver sizes as well as vehicle types.

Seat mount: 20cm forward/back, 12cm vertical, 32° tilt.

Pedal mount: 20cm forward/back, 12cm vertical, 52° tilt.

Steering mount: 21cm vertical, 50° tilt.

Rig stiffness remains consistent throughout adjustment ranges.

No tools required.

Hardware

Pre-drilled for Fanatec, Thrustmaster & Logitech hardware (fixings included).

Fit any seat or control system in any orientation with ease by drilling mounting holes into the heavy duty 18mm thick plywood mounts.

Monitor mounts are compatible with 50mm, 75mm & 100mm VESA patterns (fixings included).

Structure

Inspired by aircraft bulkhead design. Load paths are optimized using specialist software to provide greater system stiffness under steering and braking than most steel or aluminium rigs, making you faster.

The exceptional stiffness of the chassis also allows screens to be mounted directly to it without vibration issues.

 

 

 

Materials

Structural Grade Baltic Birch Plywood enables the chassis geometry to be optimised for exceptional stiffness, utilising ribs, spars and triangulation throughout.

Birch Plywood is a superb structural material as it acts like a composite panel due to its 0-90-0 fibre orientation.

Steel bolts and Barrel nuts are also used throughout, just as they are in racing cars and aircraft, this allows for high clamping loads between parts due to plywoods high shear out strength. This contributes to the structures exceptional stiffness.

RSR-21

– We will be shipping outside the UK soon, follow us on Facebook or Instagram (Links top right) for updates –

Formula One design meets Race & Flight Simulation.

Totally unique, the RSR-21 is the original professional Wooden Sim Racing Cockpit.

Developed by a Formula One designer without gimmicks or compromise, optimised using the same techniques and software used by F1 teams.

Designed to be one of the stiffest chassis on the market due to its direct load paths and substantial sectional stiffness.

Race or Flight

Designed to be configured as a race or flight simulator without compromise.

Adjustment

Class leading adjustment ranges allows accurate driving/piloting position relative to controls and monitors for all driver sizes as well as vehicle types.

Seat mount: 20cm forward/back, 12cm vertical, 32° tilt.

Pedal mount: 20cm forward/back, 12cm vertical, 52° tilt.

Steering mount: 21cm vertical, 50° tilt.

Rig stiffness remains consistent throughout adjustment ranges.

No tools required.

Hardware

Pre-drilled for Fanatec, Thrustmaster & Logitech hardware (fixings included).

Fit any seat or control system in any orientation with ease by drilling mounting holes into the heavy duty 18mm thick plywood mounts.

Monitor mounts are compatible with 50mm, 75mm & 100mm VESA patterns (fixings included).

Structure

Inspired by aircraft bulkhead design. Load paths are optimized using specialist software to provide greater system stiffness under steering and braking than most steel or aluminium rigs, making you faster.

The exceptional stiffness of the chassis also allows screens to be mounted directly to it without vibration issues.

Materials

Structural Grade Baltic Birch Plywood enables the chassis geometry to be optimised for exceptional stiffness, utilising ribs, spars and triangulation throughout.

Birch Plywood is a superb structural material as it acts like a composite panel due to its 0-90-0 fibre orientation. 

Steel bolts and Barrel nuts are also used throughout, just as they are in racing cars and aircraft, this allows for high clamping loads between parts due to plywoods high shear out strength. This contributes to the structures exceptional stiffness.