Industrial Robotics
Motors that sit inside joints and actuators, where positioning accuracy, thermal behaviour and mechanical envelope are all fixed by the machine around them.
G-Propulsion develops and manufactures high-quality electric motors in Europe for OEMs, robotics manufacturers, industrial automation companies and equipment producers.
We work with manufacturers that build electric motors into their own products, machinery and systems. The motor is rarely the end product — it has to fit a housing, a control architecture, an assembly process and a production schedule.
That is where our engineering work starts: with your application, not with a catalogue.
Identifying which motor concept genuinely suits the load, duty cycle and space you have.
Reworking dimensions, mounting, shaft geometry or interfaces so the motor fits your design.
Developing a dedicated motor solution when no existing architecture answers the requirement.
Preparing the validated design for repeatable assembly, testing and ongoing supply.
The same engineering discipline applies whether the motor drives a robot joint, a sorting line, a pump or a compact consumer device. What changes is the constraint set — and that is what we design against.
Motors that sit inside joints and actuators, where positioning accuracy, thermal behaviour and mechanical envelope are all fixed by the machine around them.
Drives for continuous-duty transport, where uptime and consistent output across many identical units matter more than peak performance.
Compact drive systems integrated into machines, where the motor has to survive the real operating environment for the life of the equipment.
Drive and traction motors for robots that run on battery power, where efficiency, weight and acoustic behaviour directly limit what the product can do.
Compact motors for cleaning and household automation, where cost per unit, noise and volume repeatability decide whether a product ships.
Some projects arrive with a specification sheet, others with a housing and a target price. There are three practical ways to start working with us.
Selecting an appropriate motor concept for a defined application, based on how the drive actually has to behave in your machine.
Adapting an existing motor architecture to your mechanical, electrical or integration requirements without starting from zero.
Developing a dedicated electric motor solution around the requirements of a new product or machine.
Every project is defined by a different combination of constraints. These are the parameters we normally review together before proposing a solution.
Drawings, 3D models and existing specifications can be attached directly to the project inquiry.
A motor project moves through the same five stages whether it is an adaptation or a clean-sheet development. What differs is how much time each stage takes.
Understanding the application, performance requirements, geometry and production objectives.
Selecting or developing the motor architecture and adapting it for integration into your product.
Creating and evaluating prototypes before production decisions are finalized.
Testing the motor against the agreed operational and integration requirements.
Transitioning the validated design into repeatable manufacturing and ongoing supply.
Manufacturing electric motors closer to European OEM customers changes the practical realities of a project — during development, during purchasing, and for as long as the product stays in production.
Shorter distances mean shorter answers. Engineering questions get resolved in days rather than shipping cycles, and production planning stops depending on intercontinental lead times.
Closer manufacturing simplifies transportation and reduces dependence on long intercontinental routes.
Direct cooperation between your engineering team and the people who actually build the motor.
Greater transparency and easier coordination throughout manufacturing.
A more diversified sourcing strategy, with less exposure to distant supply chains.
Shorter communication loops support faster engineering iterations and product changes.
Manufacturing and engineering cooperation built around the requirements of European industrial customers.
A motor that works on the bench is only half the result. The rest is a process that produces the same motor, to the same standard, every time it runs.
First physical units, built to prove the concept and expose what the drawing cannot.
Small production runs on production-intent processes, tooling and components.
Fixing the assembly sequence, test coverage and quality checkpoints for repeatability.
Scalable serial production with ongoing supply against your release schedule.
Manufacturing decisions are made during engineering, not after it. That is what keeps a design producible once volumes rise.
Once a motor is inside your product, its failure is your failure — handled by your service organisation and attributed to your brand. That is why quality control belongs in every production stage rather than at the end of the line.
Incoming components and materials are controlled before they enter production.
Manufacturing processes are managed to achieve consistent output between units and between runs.
Completed motors are evaluated against the functional requirements defined for the application.
Verification throughout production identifies deviations before finished motors are supplied.
Production documentation supports structured quality management and continuous improvement.
A motor programme rarely ends with the first delivery. We aim to work as the long-term engineering and manufacturing partner behind your product and machinery, rather than as a catalogue supplier.
For manufacturers that already know the motor characteristics their product needs.
For projects where an existing motor concept requires mechanical, electrical or performance adaptation.
For new products or machines that need a dedicated electric motor developed around the application.
Send the requirement you are working with and we will review the application before proposing an approach.
Share your application, technical requirements and expected production needs. Our team can review your project and discuss the most suitable motor solution.
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