Westwood Robotics Corporation
"Bring Robots Closer to People."
Los Angeles robotics company founded 2018 by UCLA RoMeLa alumni, making full-size humanoids (THEMIS), kid-size research humanoids (BRUCE), and BEAR actuators.
Westwood Robotics Corporation is a robotics hardware company based in Los Angeles, California, founded in 2018 by a team of researchers from UCLA's Robotics and Mechanisms Laboratory (RoMeLa). The company develops full-size humanoid robots, research-grade bipedal robots, and proprioceptive actuators for the global robotics market.
Their flagship product is THEMIS (version 2/2.5), a full-size general-purpose humanoid robot standing 5 feet 3 inches tall with 40 degrees of freedom. THEMIS V2 can run at speeds up to 10 km/h (6.2 mph), react at a control frequency of 1,000 Hz, and balance dynamically on uneven terrain. Use cases demonstrated include housekeeping tasks (grasping, navigating, placing objects), hazardous waste handling, and manufacturing assistance. A brochure with full specs is available at westwoodrobotics.io.
BRUCE (Bipedal Robot Unit with Compliance Enhanced) is a 70 cm, 4.8 kg kid-size humanoid robot with 16 degrees of freedom and liquid-cooled actuators. BRUCE is sold as an open platform for research and education, with open-source design architecture to encourage knowledge sharing in control algorithms and sensor integration. Westwood states BRUCE is the world's only commercially available child-sized humanoid open platform.
The BEAR Series (Backdrivable Electromechanical Actuator for Robotics) are proprioceptive actuators featuring live torque sensing, compliance control, and high dynamic performance. BEAR actuators are sold separately for use in third-party robot development platforms.
Westwood Robotics can be reached by email via the contact form at westwoodrobotics.io/contact. Social channels: YouTube (@westwoodrobotics), LinkedIn (linkedin.com/company/westwoodrobotics), GitHub (github.com/Westwood-Robotics). The copyright notice on the website dates from 2018, consistent with the founding year.
Primary type & automation activities this supplier delivers:
THEMIS
- Model: THEMIS V2 / V2.5
- Launch Year: 2025
Full-size general-purpose humanoid robot, 5'3" tall, 40 DOF, runs at 10 km/h, 1,000 Hz control loop.
BRUCE
Kid-size 70 cm humanoid open platform with 16 DOF and liquid-cooled actuators for research and education.
BEAR Series Actuators
Back-drivable proprioceptive actuators with live torque sensing and compliance control for dynamic robot joints.
Contact Westwood Robotics Corporation
WEBSITE
https://www.westwoodrobotics.io/HEADQUARTERS
United States
Company Facts
Founded
2018
Primary Role
Manufacturer
Company Size
-
Primary Region
North America
Annual Sales
-
Funding Stage
-
Funding Total
-
Jabil Explores Humanoid Robot Development and Production Trends
Jabil Inc. has shared insights on the evolution of humanoid robots from prototypes to mass production. The company, based in St. Petersburg, Florida, collaborates with various robotics developers, including Apptronik, to facilitate the transition of products like the Apollo humanoid into active manufacturing environments. As demand for humanoid robots grows, Jabil highlights the shift from low-volume production to the need for scalable manufacturing processes. Senior Director Thomas Brown emphasizes the importance of cost structure and quality improvements, noting that as robots become more expensive, the necessity for customer use-case validation increases. Looking ahead, the integration of advanced computing capabilities is crucial for enhancing the functionality of humanoid robots. Jabil identifies the NVIDIA Jetson series as a key technology for developers, while also addressing the challenges of pricing and the need for more edge computing capacity. No further timeline was disclosed at the time of publication.
Artificial Intelligence Artificial Intelligence / Cognition Humanoids Logistics Manufacturing Microprocessors / SoCs
AWS Introduces Open-Source Physical AI Toolchain to Enhance Robotics Development
Amazon Web Services (AWS) has launched an open-source Physical AI Toolchain aimed at assisting robotics developers in training, simulating, deploying, and enhancing physical AI systems using AWS cloud services and Nvidia’s software stack. This toolchain encompasses synthetic data generation, model training, simulation, edge deployment, and continuous improvement, enabling users to manage fleets of machines effectively. The significance of this launch lies in its potential to streamline the engineering efforts of manufacturers and robotics developers, allowing them to focus more on innovation rather than infrastructure. With one in seven startups engaged in physical AI and 72% of them deeming cloud computing essential, the toolchain is positioned to support a wide range of applications, from industrial automation to humanoid robotics. Looking ahead, AWS's Physical AI Toolchain is expected to play a crucial role in the evolution of physical AI across various industries. As companies increasingly adopt this technology, the toolchain's capabilities for fleet management and operational data integration will be vital for improving performance and scalability in real-world applications. No further timeline was disclosed at the time of publication.
AI Physical AI Technology & Infrastructure AI infrastructure platform Amazon Amazon Web Services
Tesla Unveils Patent for Flexible Touch Sensors in Robotic Hands
Tesla has published a patent application detailing flexible touch sensors designed for robotic fingers and palms, potentially linked to its Optimus project. The U.S. application, US20260310299A1, was made public on October 8, 2025, and highlights earlier engineering efforts rather than a new product launch. The significance of this development lies in Tesla's exploration of integrating touch sensing technology into the contours of robotic hands, which could enhance the functionality of humanoid robots. The sensors feature multiple independently readable regions to detect physical contact, suggesting a sophisticated approach to tactile feedback in robotics. Looking ahead, the application raises questions about the manufacturing techniques Tesla may employ and whether these sensors will effectively address existing challenges in the production of Optimus. No further timeline was disclosed at the time of publication.
Tesla US
LG Electronics Showcases Robotics at 2026 First Global Challenge in Incheon
LG Electronics is actively participating in the 2026 First Global Challenge, an international youth robotics competition taking place at Songdo Convensia in Incheon. The event, which runs from Wednesday to Saturday, gathers youth teams from 185 countries to design and build robots aimed at addressing global challenges, particularly focusing on wildfire prevention and recovery due to climate change. This year's competition, themed “Igniting Innovation,” emphasizes the importance of robotics in tackling pressing issues like wildfires. LG's involvement includes sponsoring the event and showcasing its latest robotics technologies at an exhibition booth. The company also features its humanoid robot, LG CLOiD, allowing visitors to engage with the technology and learn about the innovative solutions being developed by young participants. As LG increases its investment in robotics as a key growth area, it aims to integrate physical AI into its strategy. The company recently launched LG Data Factory to enhance data management for robotics training. No further timeline was disclosed at the time of publication.
All News
UBTECH and FAW-Volkswagen Enhance Partnership to Develop Humanoid Robots for Logistics
UBTECH and FAW-Volkswagen have announced a partnership to develop and test humanoid robot applications for logistics, building on their existing collaboration in manufacturing. This strategic cooperation, revealed on October 8, aims to create demonstration applications that promote humanoid solutions for smart manufacturing, addressing the increasing demand for personalized vehicles. The significance of this partnership lies in its potential to enhance flexibility in manufacturing processes. As automakers like FAW-Volkswagen adapt to changing consumer preferences, the integration of humanoid robots could streamline logistics operations, thereby improving efficiency and productivity on the factory floor. UBTECH's previous work with FAW-Volkswagen at the Qingdao plant, where the Walker S Lite was used for quality inspections, showcases the practical applications of their technology. Looking ahead, the partnership raises questions about the specific logistics tasks that humanoid robots will be able to perform reliably. While the agreement focuses on joint development and testing, it does not disclose details about the robot models or the facilities involved. No further timeline was disclosed at the time of publication.
China UBTECH Robotics
ZTE Unveils Self-Developed Multi-Form Humanoid Robot Matrix Featuring Xingzai, Xingqing, and Xingwang
ZTE has introduced its self-developed multi-form humanoid robot matrix, which includes models named Xingzai, Xingqing, and Xingwang. This showcase highlights ZTE's advancements in humanoid robotics and its commitment to innovation in this field. The introduction of these humanoid robots is significant as it marks ZTE's entry into a competitive market where robotics technology is rapidly evolving. The models aim to bridge the gap between physical and semantic knowledge, addressing challenges in the robotics sector. Looking ahead, industry observers will be keen to see how ZTE's humanoid robots perform in real-world applications and whether they can establish a foothold in the market. No further timeline was disclosed at the time of publication.
Robotics Automation AI
Humanoid Robot Stands in Rain for National Day Celebration in Xihu District
A humanoid robot was prominently featured during the National Day celebrations in Xihu District, standing in the rain while others sought shelter from the downpour. This unique display highlighted the integration of robotics into public events, showcasing the potential for robots to engage with communities in various weather conditions. The presence of the humanoid robot during such a significant occasion emphasizes the growing role of robotics in cultural and public celebrations. As communities increasingly embrace technology, this event serves as a reminder of how robots can enhance public experiences, even in adverse weather. Looking ahead, it will be interesting to observe how robotics continues to be incorporated into public events and celebrations. The adaptability of robots in different environments could lead to more innovative uses in future gatherings. No further timeline was disclosed at the time of publication.
Robotics Automation AI
Galbot and Tsinghua's LATENT Receives IROS 2026 Award for Humanoid Tennis Forehand
LATENT, a collaborative project between Galbot, Tsinghua University, and other partners, has been awarded the IROS 2026 entertainment paper award. The recognition comes from a study demonstrating the capabilities of a Unitree G1 robot, which successfully returned forehands in approximately 91 percent of 20 motion-capture rallies. This achievement is significant as it highlights advancements in humanoid robotics and their application in sports, showcasing the potential for robots to perform complex tasks with high accuracy. The successful execution of tennis forehands by the Unitree G1 underscores the progress made in robotic motion and control, which could influence future developments in both entertainment and competitive robotics. Looking ahead, the implications of this research may extend beyond sports, potentially impacting various fields where precision and agility are required. No further timeline was disclosed at the time of publication.
Evaluating Humanoid Robots: Moving Beyond Demonstrations to Real-World Evidence
Humanoid robotics is at a critical juncture where impressive demonstrations can mislead stakeholders about commercial viability. While these robots showcase advanced capabilities, the industry remains in its infancy, making it essential to differentiate between flashy presentations and genuine operational readiness. This distinction is crucial for investors, engineers, and decision-makers who need reliable data to assess the true potential of humanoid robots. As the market evolves, understanding the evidence that supports claims of functionality and reliability will be vital for informed investment and procurement decisions. Looking ahead, stakeholders should focus on metrics that reflect real-world performance rather than relying solely on promotional content. No further timeline was disclosed at the time of publication.
Aishida Faces Over $1 Billion in Losses While Investing in Humanoid Robots
Aishida has reported non-recurring losses exceeding $1 billion over the past six years as it shifts its focus towards humanoid robotics. This strategic pivot highlights the company's commitment to innovation in a competitive market, aiming to leverage advancements in robotics technology. The significance of Aishida's investment in humanoid robots lies in its potential to transform the landscape of robotics applications. By prioritizing humanoid technology, Aishida seeks to address the growing demand for robots that can interact more naturally with humans, which is crucial for sectors like healthcare and customer service. Looking ahead, industry watchers will be keen to see how Aishida's investments will impact its financial recovery and market position. The company's ability to navigate its substantial losses while developing humanoid robots will be critical in determining its future success. No further timeline was disclosed at the time of publication.
Robotics Automation AI
IROS 2026 Category Award Finalists: All 22 Papers
From humanoid tennis to bin picking and farm robots: the 22 finalists for IROS 2026's eight category awards, and what each one means for industry.
IROS 2026 by the Numbers: Papers, Countries, Topics
RobotToday analyzed all 1,933 IROS 2026 papers: acceptance fell to 36.5%, the U.S. overtook China, and VLA titles jumped from 4 to 65.
IROS 2026 Best Paper Finalists: South Korea Leads
Ten papers made the IROS 2026 Best Paper and Best Student Paper shortlist, four from South Korea. What each one does and what it means for industry.
IFA 2027 – Berlin, Sep 3–7, 2027
IFA 2027 runs Sep 3–7 at Messe Berlin, with media days Sep 1–2. The 2026 show featured 11 humanoid robot brands and drew 240,000 visitors.
Ai4 2027 – Las Vegas, Aug 2–5, 2027
Ai4 2027 runs Aug 2–5 at The Venetian, Las Vegas: enterprise AI tracks, a startup stage and humanoid robot demos. Free passes for qualified AI buyers and media.
WRC 2027: World Robot Conference, Beijing, opens Aug 18
WRC 2027 opens Aug 18, 2027 in Beijing. The 2026 edition had 373 exhibitors, 311 product debuts and 557,000 on-site visits.
iREX 2027: International Robot Exhibition, Tokyo, Dec 2027
iREX 2027 returns to Tokyo Big Sight in early December 2027. The 2025 edition drew a record 673 exhibitors and 156,110 visitors.
IROS 2027 Florence: Sep 26–Oct 1 | Intelligent Robots
IROS 2027, the IEEE/RSJ robotics conference, runs Sep 26–Oct 1, 2027 at Fortezza da Basso in Florence, Italy. Theme, deadlines and what to expect.
IEEE ARSO 2027 Mountain View: Mar 13–15 | Robotics & Society
IEEE ARSO 2027 on advanced robotics and its social impacts runs Mar 13–15, 2027 at Hyatt Centric Mountain View, CA. Scope and paper deadline.
IROS 2026 Closing Briefing — Pittsburgh, Sep 27–Oct 1
IROS 2026 closes in Pittsburgh with 1,900+ papers and 186 exhibitor listings. Humanoids, dexterous hands, tactile sensing and robot data led the show.
