We design and manufacture electric motors and propulsion technology for the autonomous machines now entering industry, agriculture, logistics and infrastructure.
G-Propulsion Baltics is an engineering and manufacturing company registered in Tallinn, Estonia. Our registered field of activity is the manufacture of electric motors, generators and transformers — and our focus within it is deliberately narrow: the propulsion hardware that moves autonomous machines.
We are building that capability from the component outward. Our starting point is a family of high-efficiency brushless motors; from there we are extending into actuators, servo systems and complete propulsion assemblies, so that a platform builder can source an entire motion layer from one engineering partner.
Motion is what makes a decision physical — and that is what we build.
On-board processing that turns raw sensor data into decisions.
Cameras, lidar and inertial systems that build a picture of the environment.
Links that connect machines to their operators and to each other.
The motors, drives and actuators that convert a decision into movement.
Processing, sensing and connectivity have all advanced quickly, supported by deep and well-established global supply chains. The physical layer has not kept pace, and its manufacturing remains concentrated in a small number of regions. For anyone building an autonomous platform, that concentration is now a design constraint as much as a commercial one.
That gap is where we work.
Our first product family is a range of high-efficiency brushless motors designed for continuous duty in autonomous platforms.
Full specifications, including power, torque and duty ratings, are available on request.
Electric motor — conceptual illustration
Compact, high-efficiency motors for continuous-duty propulsion and drive applications across aerial, marine and ground platforms.
Position-controlled drive units for robotic joints, control surfaces and articulated mechanisms.
Motor, drive electronics and control supplied and validated as a single assembly, ready to mount.
The same core competence — efficient, compact, reliable electric drive — applies across every class of autonomous machine.
The sectors adopting these platforms fastest are manufacturing and industrial robotics, agriculture, and logistics, infrastructure and energy operations. Autonomous defence and dual-use platforms form a further and steadily growing category. Each has different duty cycles and different certification demands, and all of them depend on the same underlying motion hardware.
To advance the new era of autonomy through efficient, localised propulsion manufacturing.
A world where autonomous systems are built on propulsion technology that is efficient, available, and not dependent on any single country’s supply chain.
We started with motors.
We are building the future of global propulsion.
Our strength is not a single product. It is a development cycle in which each stage feeds the next, and the last feeds the first.
We track what platform builders are specifying, and where current hardware limits them.
Findings become defined requirements, with clear targets for size, efficiency and cost.
Design, simulation and prototyping, tested against those targets rather than against a spec sheet.
Proven designs are converted into repeatable, documented production processes.
Series production under our own quality control, close to the markets we serve.
Volume and field data sharpen the next specification — and the cycle begins again.
Scale returns to market intelligence
Because the loop is closed, capability advances faster than any single product generation. What we learn in production changes what we design next, rather than waiting for a redesign cycle to come around.
Where a motor is made determines how quickly it reaches a production line, and how exposed that line is to disruption.
Production located within the European Union and allied markets, under our own quality control and documentation.
Building capacity across more than one region reduces dependency on any single country’s supply chain, and gives customers a second route to the same part.
Regional production shortens lead times and supports customers whose procurement rules require traceable, verifiable origin.
Stator winding — conceptual illustration
We are building regional capability deliberately, so that production sits close to the customers and the regulatory environments it serves.
59.4370° N 24.7536° E
Our registered company and European base is in Tallinn. Estonian incorporation gives us direct access to the EU single market, a documented legal footing for customers who require it, and an engineering labour market with deep electronics and precision-manufacturing experience.
Establishing presence to serve North American platform builders and their procurement requirements directly.
Developing additional production capacity and field engineering capability within the region.
We measure progress by capability rather than by scale alone. Each phase widens what a customer can source from us.
Scale core motor and propulsion manufacturing under our own quality system.
Add servo systems and actuators, covering controlled motion as well as drive.
Deliver complete propulsion systems — motor, electronics and control, validated together.
Be a first-choice propulsion partner for builders of autonomous platforms.
Our corporate details are a matter of public record and can be verified independently.
Our entry can be viewed in the Estonian e-Business Register (opens in a new tab).