Made in Poland
Global Shipping
Ecosystem of Applications

One Motion Technology.
Unlimited Simulations.

Motion Systems serves seven industries: aviation, defense, automotive R&D, academic research, entertainment, maritime and naval, and heavy industry. Each vertical gets purpose-fit platforms with documented duty cycle and EU manufacturing.

Industries Served

Explore Industry Applications

A guide to choosing for each industry, not a feature list. Each card opens with the real question an integrator brings to the first call.

Cooperative Ecosystem

The Core Platform.
The Integration Partner Builds the Simulator.

Motion Systems focuses on one thing: engineering motion platforms, in-house in the EU. Integrators - from established houses to first-project builders - turn the platform technology into complete, turnkey simulators, with the motion core sourced directly from Motion Systems.

50+

Global integration partners

7

Industry verticals served

55+

Countries with active deployments

100%

EU engineered & assembled

Talk to the Team
Motion Systems delivers

Platform mechanics and actuators. Power cabinet and motion controller. Complete control software stack with SDK, API documentation, and the Hardware Imitator M10 for pre-delivery development. Technical support and integration training.

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The integration partner builds

Cockpit structure and operator seating. Visual projection or display systems. Audio environment and control peripherals. Application-specific software configuration. On-site installation and end-user commissioning.

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Result

A production-ready, turnkey simulation platform deployed for aviation training, motorsport practice, defense readiness, or commercial entertainment.

Technical FAQ

Common Integration
Questions

Universal answers for all industry sectors. Looking for something specific?

2-6DOF platforms
Sized to the cockpit and the task
End-to-end latency
Sub-8ms QS, sub-30ms Professional Series
55+ countries
Delivered worldwide, export handled
Contact us

Yes. A proprietary or in-house engine sends raw position data (Roll, Pitch, Heave, etc.) straight through the API. ForceSeatMI is the recommended SDK - C/C++/C#/Python, plus Unity and Unreal Engine plugins - and delegates control to ForceSeatPM on Windows; ForceSeatDI talks directly to the controller with built-in kinematics and adds Linux and Raspberry Pi support.

Yes. Platforms ship worldwide - over 55 countries to date - crated for air and sea freight, with export documentation handled. They are civilian training devices, ITAR-free and not classified as dual-use. Critical electronics are designed in-house with NATO-aligned, neutral, or friendly-nation components.

On power loss the drives de-energize and the electromagnetic brakes engage across the Linear and Low-Profile models that carry them, holding the platform so it cannot collapse. The compact worm-gear Low-Profile models are self-locking and hold position, while the lightest brakeless entry units lower to their resting position. On Qubic System platforms the brakeless models settle to their lowest boarding position, while the QS-S35 - the one QS platform with electromagnetic brakes on every leg - holds position.

Qubic System measures sub-8ms end-to-end response at full payload. Professional Series measures end-to-end below 30 milliseconds at full payload. Methodology is the same across both lines: instrumented payload, telemetry input to physical motion onset measured directly at the cabin attachment point - not at the motor controller.

Yes. Several cabins that follow one vehicle - instructor and trainee, or crew positions sharing telemetry - run from a single PC over USB through ForceSeatPM. When each station needs its own independent or precisely synchronized motion across a network, ForceSeatDI drives per-platform control over Ethernet - the path built for multi-station training facilities.

Routine maintenance is minimal - the lighter gearbox Low-Profile models run oil-free, while the Linear ball-screw series and the heaviest Low-Profile model take a scheduled lubricant service on an hours-based schedule, plus periodic cleaning, bolt checks and manufacturer service at longer intervals. Every model ships with its own maintenance plan and spare-parts availability.

Describe the project being built.

Quick question or a full simulator project - the team reads everything.

What happens next?

< 1 business day

Confirmation & initial review

A dedicated account manager reads the message directly.

2-3 business days

Technical assessment

The team analyzes feasibility and prepares questions or an initial concept.

5-10 business days

Proposal delivery

Detailed technical proposal with a platform recommendation, transparent pricing, lead time, and integration timeline.

Ongoing

Team support

Ongoing support from the team behind the recommended platform - for the life of the project.