Qubic System - BT1-NLRV3 Installation kit for QS-BT1

Next Level Racing Motion Platform V3 (Seat-Mover)

With the NLR Motion Platform, it is now possible for the first time, at an affordable price, to realistically simulate driving physics and the forces acting on the driver. Feel every bump, every rumble, every brush against the kerbs, the jolts to your back during brutal gear changes, the acceleration and every braking manoeuvre. Now, even enthusiastic gamers can bring this sensation into their living room.

Next Level Racing Motion Platform V3 - KIT (Seat-Mover)

Next Level Racing Motion Platform V3 KIT (Seat-Mover) - See options for details. An adapter kit for various cockpits can be ordered at a special price with this item. An SDK can also be added to your order.

Motion-Systems Qubic System - Belt Tensioner BT1 (without power cable)

The same technology as the stunning QS-220, the QS-BT1 is a multi-purpose dual channel direct drive seatbelt tightener that enhances immersion in racing simulations like no other device in its class and price range. It not only complements the force feedback of the direct drive steering wheels, but also enhances the overall experience of the already highly immersive QS motion platforms and can even be used as a standalone, independent device if required. Simulation of braking, lateral acceleration, cornering at high speed, wheel lock and loss of traction are among the key features of QS-BT1.

Motion-Systems Qubic System - Motion Lock für Seat Belt Tensioner

Motion-Systems Qubic System - Motion Lock for Seat Belt Tensioner Emergency stop switch Motion Lock) - recommended Option for Seat Belt Tensioner Qubic BT1 not required if other Qubic systems are present, as the system can be controlled via an existing) motion lock switch).

Force2Motion adapter for the Qubic BT1 belt tensioner on the NLR Motion Platform V3, Qubic H13 Challenger, Force2Motion seat frame or other seat consoles

The Qubic BT1 seat belt tensioner cannot be combined directly with a Next-Level-Racing motion platform, as no mounting bracket is provided as standard. Mounting it on an aluminium-profile cockpit in combination with a seat that protrudes far rearwards, such as the NLR ES1, also causes problems. The belt is not routed vertically and therefore rubs against the seat. Furthermore, the standard mounting on the cockpit has the disadvantage that the BT1 does not move with the seat when it is moved forwards or backwards. We have this solution for that.

Motion platform, belt tensioner, seat slider etc. NOT included.
 

Force2Motion Seatframe

The F2M seatframe replicates the substructure of the original Next Level GT Track seat or cockpit and extends its function by the possibility of mounting a joystick for a flight cockpit in the centre position in front of the seat (between the pilot's legs). The centrestick can be mounted statically. Depending on how far forward the centrestick is to be positioned, the round mounting plate can be moved forward or back through various drill holes in the range of 0-40mm. The compatibility to the NLR Flightpack is maintained and creates the mounting possibility universally also for other cockpit/seat combinations. A Buttkicker Gamer2 (or similar) can be mounted to the F2M Buttkicker Holder in such a way that it can transfer the effects directly to the seat and move freely in virtually any cockpit (when using the NLR Motion Platform V3) without bumping into fixed cockpit parts.

Motion-Systems Qubic System - Belt Tensioner BT1 (without power cable)

The same technology as the stunning QS-220, the QS-BT1 is a multi-purpose dual channel direct drive seatbelt tightener that enhances immersion in racing simulations like no other device in its class and price range. It not only complements the force feedback of the direct drive steering wheels, but also enhances the overall experience of the already highly immersive QS motion platforms and can even be used as a standalone, independent device if required. Simulation of braking, lateral acceleration, cornering at high speed, wheel lock and loss of traction are among the key features of QS-BT1.