Humanoid robotics
Humanoid robots built for real-world work.
Calpabot is developing general-purpose humanoids that operate in spaces designed for people — taking on repetitive, strenuous and hazardous tasks so human teams can focus on what matters.
Mission
Useful robots, in the places people already work.
The world is built for the human form. A capable humanoid can use the same tools, walk the same floors and fit into the same workflows — without redesigning the facility around the machine. Our mission is to make that practical, safe and affordable.
Approach
Three things we get right from day one.
- 01
Embodied intelligence
Perception, planning and control trained together, so the robot learns skills from demonstration and adapts to new tasks without hand-written scripts.
- 02
Engineered for deployment
Hardware designed for uptime, serviceability and cost — not just lab demos. Every design decision is measured against real operating hours.
- 03
Safety by design
Force-aware actuation, redundant sensing and conservative behaviour near people, built into the system rather than added afterwards.
Applications
Where humanoids create value first.
Manufacturing
Machine tending, kitting and line-side material handling.
Logistics
Tote handling, picking and moving goods between stations.
Inspection & maintenance
Routine rounds and checks in environments that are dull or unsafe for people.
Service
Assistance tasks in retail, hospitality and facility operations.
Work with us
Building with early partners.
We are working with a small group of industrial partners to define the first deployments. If you operate facilities with repetitive manual tasks — or you want to help build the team — we would like to hear from you.
Start a conversationCareers
Join the founding team.
We are assembling the founding engineering team to design, build and demonstrate our first functional prototype. If you want ownership rather than just another engineering job, we'd like to talk.
- Apply
Co-Founder – Mechatronics Engineer
Own the robot's electromechanical architecture from the first prototype onwards — actuators and motor drivers, CAN bus, sensors and encoders, battery, BMS and power distribution.
Contact
Let's talk.
Partnerships, investment, press or careers — write to us and the right person will get back to you.
Email[email protected]