From Actuator to System

Overview
Robotics hardware startups often run into predictable roadblocks. Our role is to identify and help you avoid them before they cause months of delay.
Founded by a PhD in robotics and former CTO with a background spanning startups, industry, and research labs, Towa Robotics is backed by an on-demand network of experts. Together, we support every stage of your complex projects, from early R&D to industrialization.
We build prototypes fast with industrial reality in mind - ensuring the path to production is a clear road, not a rebuild.
Fractional CTO & Due Diligence
Technical audit, roadmap definition & investment advisory.
Advanced Mechatronics
Custom actuators (motors, gears) & full-stack design.
Fast Prototyping
Hands-on: Mechanics, Electronics, Software & assembly.
Services
Rapid Prototyping & Pre-design
Part-Time CTO
Technical Due Diligence
Facing a technical challenge?
Let's talkExtended Team & Network
Depending on the mission, we can either involve trusted specialists for expertise, or directly hire and manage contributors to produce work — from design to manufacturing.
R&D & Simulation
Firmware & Software
Industrialization
Production
Track record
Hands-on technical expertise and strategic leadership, proven across diverse robotics domains and startup fundraising.
500+
Custom robot actuators produced and deployed.
€5M
In venture capital and non-dilutive grants secured under my technical leadership.
5+
Mission-critical domains: space, defense, medical, agriculture and drones.
Featured Projects
Robotic actuator
500+ Units in operation, >1.5 years aging tests
1 Patent used by 2 startups, +20% power to mass ratio
6 axis robot
5 Labs working with it, 2 Fundraising rounds backed
3 Non-dilutive grants secured, 4+ Critical live demos
Research - Satellite control system
Full stack mechatronics: under heavy in-flight tests safety constraints and in restricted time.
Custom 15000rpm control moment gyroscopes.
2 Zero G flight campaigns
Backed by 2 space agencies (ESA / CNES)
Drones launch and recovery
PhD Thesis: Modelling, design and control of flexible robots.
Extremely flexible system: 7.5m long, 14kg moving mass.
5+ Weeks of ground and marine tests
1 Patent, 2 non-dilutive grants, 2 Scientific publications
Have a challenge worth solving ?
Share your context, your 3-month objective, and your main technical risk. We will come back to you with a tailored approach.
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