Gmotion designs and manufactures industrial motion systems for simulation, robotics, research and OEM integration: six-axis Stewart platforms up to 15,000 kg, electric linear actuators at 1000 mm/s and 2 g, multi-axis motor controllers and servo drives, and the G-Control software that ties them together. One factory. One engineering team. No third-party black boxes.
Everything that moves, senses or controls on a Gmotion system is designed in our own engineering office and built in our own factory. Pick a finished platform — or specify the components and build your own.
Electric 2DOF, 3DOF and 6DOF motion bases from 150 kg to 15,000 kg payload. Stewart hexapods on linear actuators or gear-motors, ready for flight training devices, driving simulators, vehicle trainers, HIL benches and motion theatres.
See platformsHigh-speed electric linear actuators: 1000 mm/s, 20,000 mm/s² (2 g), 500–2,000 kg load, ±0.05 mm repeatability, 700 mm stroke. Ball-screw drive on industrial AC servo motors, sold standalone for OEM platforms and test equipment.
Actuator specsMulti-axis motion controllers running 2 to 6 axes on one firmware family, BLDC servo drives to 3 kW and high-resolution encoders. UDP, COM and CAN interfaces. Built for our platforms, available to integrators and robotics teams.
Controllers & drivesCustom motion bases for robotics test cells, autonomous-vehicle sensor rigs, vibration and balance testing, marine stabilisation and university research. Non-standard payloads, axis layouts and interfaces are quoted on engineering review.
Discuss a buildDesigning and manufacturing motion systems in-house since.
Motion systems delivered to training centres, labs, OEMs and venues.
Countries served from the USA and the EU.
Actuator repeatability at 1000 mm/s and 2 g — the numbers behind every axis.
Compact 2DOF simulator · 100–150 kg · single-phase
Six-axis simulator · 150 / 300 kg · VR-ready
Servo 3DOF simulator · pitch, roll, heave · 200 kg
OEM motion base · roll & pitch · 150–500 kg
OEM motion base · pitch, roll, heave · 300–2,000 kg
Stewart hexapod · 6 axes · 500–15,000 kg
Actuators, frames, controllers, drives, firmware and software come from one engineering team and one factory. When you call, you talk to the people who designed the part.
Continuous-duty mechanics, closed-loop servo control, per-axis current and travel limits. Our systems run around the clock in training centres, test cells and on vessels at sea.
The same platform family covers a 100 kg cockpit and a 15,000 kg full-vehicle rig. Stock modules ship in 4–10 weeks; custom builds in 8–14.
Documented interfaces, drawings before you sign, no licensing fees and no vendor lock. Source access for OEM partners under NDA.
Sixteen years of motion-control code. G-Control reads telemetry, predicts the next frame with AI and commands the platform ahead of the visual — so what you feel and what you see arrive together. One application drives every kinematics we build, from a two-axis base to a full six-axis hexapod, on our own multi-axis controllers.
The model looks ahead of the telemetry stream and starts the platform before the frame is rendered. Zero perceived lag, no motion sickness — the delay that breaks immersion on reactive systems is gone.
Gmotion multi-axis controllers and BLDC servo drives close the loop on every axis: synchronised motion profiles, sub-millimetre positioning, current limiting and safety limits configured per project on one firmware family.
UDP, COM, CAN and custom binary protocols. Drives third-party actuators as readily as ours. 125+ simulation titles supported out of the box, plus an SDK and telemetry adapters for proprietary trainers.
Washout filters, per-axis gains, limit curves and a 9×6 mix matrix are exposed to the operator. Tune the feel for the venue, the pilot or the experiment — no firmware flashing.
A large share of what leaves the factory is built to a brief. Send the use case, the geometry and the integration constraints — we come back with drawings, a fixed quote and a lead time.
Flight training devices, rotorcraft trainers, vehicle and weapons-platform crew trainers. Hardened electronics, classified-spec deployments and cabins matched to the real cockpit.
Driver-in-the-loop simulators, ride-and-handling rigs, tyre and chassis evaluation for automotive OEMs and professional racing programmes.
Motion bases for AV sensor validation, humanoid-robot balance testing, vibration tables and hardware-in-the-loop benches with programmable, repeatable motion profiles.
University labs, vessel-mounted stabilisation platforms, and motion bases supplied to ride builders and venue operators for theme-park and VR attractions.
DOF means degrees of freedom. A 2DOF platform moves in pitch and roll; 3DOF adds heave (vertical travel); 6DOF adds yaw, surge and sway — full six-axis motion on a Stewart hexapod. Choose 2DOF or 3DOF for cost- and footprint-sensitive cabins, 6DOF for flight training devices, vehicle trainers, driver-in-the-loop rigs and research where sustained cues in every axis matter.
Electric only. Six-axis platforms run on Gmotion ball-screw linear actuators or servo gear-motors; 2DOF and 3DOF bases use servo actuators. Power is 220 V single-phase up to the 1,000 kg class and 380 V three-phase above. No hydraulics, no compressor room, no oil.
Yes. Electric linear actuators (500, 1,000 and 2,000 kg load classes), multi-axis motion controllers, BLDC servo drives and encoders are sold as standalone OEM components with drawings, interface documentation and integration support.
Stock modules cover 100 kg to 2,000 kg and ship in 4–10 weeks. Custom builds have been delivered up to 15,000 kg, typically in 8–14 weeks. Drawings and a payload-specific motion envelope are issued before you sign.
Yes. G-Control is available as a standalone licence and communicates over UDP, COM, CAN and custom binary protocols, so it can drive existing actuators and controllers as well as Gmotion hardware. It supports 125+ simulation titles and provides an SDK for proprietary trainers.
Headquarters and production are in California, USA, with an engineering office in Ukraine (EU time zone). More than 800 motion systems have shipped to over 25 countries since 2010.
Payload, axes, envelope, interface — or just a sketch. An engineer replies within one business day with a drawing pack, a fixed quote and a lead time.
