Intro
Westwood Robotics specializes in designing and manufacturing cutting-edge humanoid robots and robotic actuators. Their flagship humanoid robot, THEMIS, is a full-size dynamic humanoid platform designed for agility, human-like dexterity, and real-world applications including industrial tasks and human-robot collaboration.
THEMIS V2, their latest model, stands 5'3" tall with 40 degrees of freedom, capable of running at speeds up to 10 km/h (6.2 mph), balancing on uneven terrain, and reacting 1,000 times per second. It employs proprietary BEAR (Backdrivable Electromechanical Actuator for Robotics) actuators that provide smooth, lifelike motion and enhanced safety during physical interaction.
Westwood Robotics also offers BRUCE, a child-sized humanoid robot open platform for research and education, featuring 16 degrees of freedom and designed to promote collaboration within the robotics community.
The company integrates advanced sensors such as the 3DM-CV7-AHRS inertial measurement unit for precise balance and motion tracking. THEMIS incorporates AI computing units dedicated to vision, manipulation, and navigation, enabling it to perform complex tasks with human-like finesse.
Westwood Robotics aims to seamlessly integrate humanoid robots into industrial, research, and service environments, amplifying human capabilities and addressing tasks that are dangerous or labor-intensive.
Robots
- THEMIS V2: Full-size humanoid robot with 40 DoFs, capable of running at 10 km/h, equipped with BEAR actuators, advanced AI vision and manipulation systems, and real-time balance control.
- BRUCE: Child-sized humanoid robot platform with 16 DoFs, open-source for research and education purposes.
Specialism
Specializes in dynamic humanoid robots with advanced proprioceptive actuators enabling fluid, safe, and precise movement. Their robots combine AI, sensor fusion, and mechanical innovation to perform complex, real-world tasks in industrial, research, and service settings.
Business Viability
- Strong focus on combining mechanical, electrical, and software engineering for advanced humanoid robotics.
- Proprietary actuator technology (BEAR) provides competitive advantage in robot motion and safety.
- Active development and deployment of robots capable of high-speed locomotion and complex manipulation.
- Engagement with research institutions and industrial partners for robotics innovation.
- Open platform approach with BRUCE encourages community collaboration and accelerates development.
- Recent public demonstrations and media coverage highlight technological leadership.
- Positioned to address growing demand for humanoid robots in logistics, manufacturing, and service industries.
