Are you ready to be known from jaw-dropping maneuvers in Sim Racing eSports scene? If so, don’t let mediocre simulator equipment tame you down. Unleash your predator like driver skills with Simucube 2 Pro Direct Drive wheelbase.
25 Nm of torque is enough to give you deep immersion with any track, car, and condition. With Pro, one might easily forget they’re in a simulation. High torque reserve enables the driver to receive all the detail simulator and car has to give.
Combined with exceptionally high torque response rate Pro motor, the sharpest kinks will be delivered at a clarity not seen in Direct Drive scene before. The torque response rate is adjustable to the driver’s preferences.
Simucube 2 Pro is destined to set the new golden standard for high-end class Direct Drive wheels.

Direct Drive brushless torque motor

This is a very special one. Simucube developer team compared over 40 motors, hand-tested over ten of them, then picked the best three motors, and finally customized them to suit absolutely flawlessly in direct drive racing simulation. SC2’s latest generation motor technology delivers unforeseen torque response rate and clarity. FEM optimized motor magnetic design yields practically zero torque ripple and magnetic cogging. Simucube 2 ‘s are also individually tested and verified to exceed inhumanly tight tolerances in production.

Dual CPU architecture

To unleash the full potential of the glorious motor and to process signals at maximum precision, Simucube 2 has been given a dedicated 216 MHz real-time processor in addition to a dedicated 144 MHz PC USB interface CPU. Unique dual CPU architecture ensures zero impact on ultra-low latency performance even when all processing and simulator actions are running simultaneously. The new 216 MHz processor features superscalar ARM architecture, making it effectively four times faster than the 72 MHz processors of IONI drive in Simucube 1.

Oversized rugged power components

All Simucube 2’s electronics have been designed in Finland by Granite Devices – also known from their reliable industrial motor drives. Simucube has been proudly built with the same uncompromising industrial quality principles. This means prioritizing on ruggedness and longevity over the cost of the components. Simucube 2 power MOSFETs are rated over 2X their actual need to make them virtually immortal.

Robotics grade angle sensor

Simucube 2 Pro is equipped with a precision industrial robotics grade angle sensors with a resolution of 4 Million steps per revolution. The quality of the angle sensor information has paramount importance when calculating natural physics effects and filters. Any imperfection of the sensor signal would feel like a distortion in reality. All Simucube 2’s signal processing units have been optimized to take full advantage of the unmatched sensor precision.

Passive cooling

Thanks to high-efficiency direct drive operation optimized motors and clever electronics heat guiding, there is no dust collecting nor noisy fans in Simucube 2. High-efficiency motor puts out less heat and consumes less power.

Full metal construction

The body of Simucube 2 has been built from precision machined solid metal parts. It’s pretty hard to find a plastic part in it – pretty much the only non-metallic one is the “radiofrequency window” for Wireless Wheel Receiver.

Isolated surge protected USB

No Simucube driver shall ever become the victim of interference prone USB connection. Thanks to a galvanic isolation layer between the USB and power electronics. This also protects the PC from current spikes. In addition, all connectors found on the back of SC2 are ESD protected exceeding the industrial requirements.

Remote Torque off button

Because high torque may pose a hazard if the simulator software goes nuts, or if the driver becomes careless with the high torque wheel, every SC2 comes with externally mountable Torque off button. Optionally the button box may be upgraded to a stylish all-metal version with an additional external power-switch.

Simucube Quick Release™ (SQR)

Precision machined full-metal Simucube Quick Release guarantees zero backlashes and rock solid operation even under the extreme torques of direct drive wheelbase. Guided rail design ensures perfect lock-in every time, and the spring preloaded pin mechanism will ensure non-degrading tight coupling over thousands of swap cycles. Just like rest of Simucube, SQR has been built to be virtually immortal. The only theoretically wearing part, spring-loaded pin mechanism, is made out of standard stock parts making it user serviceable.

Simucube Wireless Wheel™ (SWW)

Built-in wireless wheel receiver in Simucube 2 automatically connects to your Simucube Wireless Wheel just by briefly pressing both paddle shifters simultaneously. The wireless wheel transmission protocol has been specially engineered to provide consistent and unbreakable millisecond range response times, as well as an extremely long battery life of over 5 years. Swapping wheel will also take effect immediately without the need for re-assigning controls in the simulator.

Torque reconstruction processing

By passing the simulator’s sometimes coarse digitally sampled force commands through Simucube’s world-famous force reconstruction engine, the driver will be able to feel the force feedback like it was intended by the simulator’s physics engine.

Adjustable torque slew rate limit

Limits the rate of change in motor torque measured in Newton-meters per millisecond. May be used to adapt sharpness the fast torque spikes to driver’s preference. Maximum settable slew rate depends on the DD motor (see the comparison table for details).

Natural damping, inertia and friction filters

In addition to simulator controlled damping, inertia and friction effects, Simucube 2 implements real-time physics modeling based user controllable versions of them. Thanks to high precision angle sensor in all Simucube 2 modes, these feel practically indistinguishable from real physical phenomena.

Ultra-low latency mode

Minimizes the delay between simulator and driver giving the driver a display frame or two advantage over the competition. Low latency also helps to stabilize force feedback oscillation seen in some simulators.