Unitree H1
H1 is Unitree's full-size general-purpose humanoid platform for dynamic locomotion and embodied-AI development.
Machines, companies, technologies, industries, applications, components, people, research, rules, glossary terms and attributed news, ranked in one list.
37 results for “humanoid research”
H1 is Unitree's full-size general-purpose humanoid platform for dynamic locomotion and embodied-AI development.
G1 is a compact humanoid platform sold in configurations for education, research and development. Prices and configurations can change.
REEM-C is a bipedal research humanoid designed for walking, balance, human interaction and software development.
Valkyrie is NASA's rugged, electric humanoid research platform for degraded human-engineered environments and future remote caretaking tasks on Earth and in space.
Humanoid research robot developed to study dexterous tasks and human-robot work in space environments.
The current electric Atlas is Boston Dynamics' industrial humanoid platform. Product-page values are manufacturer specifications.
4NE1 is a full-size humanoid platform for logistics, manufacturing and assistance tasks. NEURA describes full-body sensing, adaptive control and safe interaction in…
4NE1 Mini is a compact cognitive humanoid offered in Standard and Pro versions for classrooms, labs and prototyping. The Pro configuration adds manipulation and…
Booster T1 is a compact humanoid development platform aimed at universities, labs and robotics teams working on locomotion, control and embodied intelligence.
NEO is a home-oriented humanoid designed for household assistance and human-safe manipulation. 1X presents it as a general home robot with conversational and…
TALOS is a torque-controlled biped developed as a research platform for whole-body control, locomotion and manipulation.
Walker X is a bipedal service humanoid with vision-based navigation, hand-eye coordination and human-interaction functions.
DYNAMIXEL X is a family of networked smart actuators used in education, research and smaller robotic systems.
The work applies diffusion models to generate robot action sequences from observations.
Apollo is Apptronik's electric humanoid platform for industrial pilot programs. Listed specifications come from its launch announcement.
Figure 03 is Figure's current third-generation humanoid platform, designed around its Helix AI system. Specifications and deployment results below are attributed to…
Phoenix is Sanctuary AI's general-purpose humanoid platform, paired with the company's AI control system.
Optimus is Tesla's general-purpose humanoid development program. Public performance and production statements should be treated as company claims until independently…
Apptronik develops human-centered robotic systems including the Apollo humanoid.
Figure develops general-purpose humanoid robots and the Helix vision-language-action system.
NASA develops and operates robotic systems for planetary science, spaceflight and technology research.
Unitree develops legged robots, including G1 humanoids and Go-series quadrupeds.
Daniela Rus is an MIT professor whose research spans robotics, autonomy and machine intelligence; consult the institutional profile for current appointments.
Oussama Khatib's Stanford research includes robot control, manipulation and human-centered robotics.
Vijay Kumar leads research in robotics and autonomous systems, including aerial robots and multi-robot coordination.
Cruzr S2 combines a humanoid upper body with an omnidirectional mobile base for service, interaction and light object handling in indoor environments.
Modular electric mobile robot intended for farm automation, research, and compatible tool integration.
R1 is a compact Unitree humanoid available in Air, standard and EDU configurations. Its product page emphasizes agile motion, multimodal voice-and-image interaction and…
Walker C is a full-size commercial humanoid for reception, guidance and interactive service in human environments.
Walker C1 is a commercial service humanoid positioned for customer-facing interaction, guided service and adaptable movement in public indoor spaces.
Walker S1 is UBTECH's industrial humanoid for multi-task factory scenarios, including material movement, inspection and station-side handling.
Walker S2 is an industrial humanoid designed for continuous factory work. UBTECH documents autonomous battery swapping, binocular stereo vision and load handling across…
Open-platform remotely operated underwater vehicle used in education, research, and inspection projects.
Portable autonomous underwater vehicle designed for rapid deployment, survey, research, and selected defense missions.
Remotely operated deep-sea research vehicle aboard Falkor (too), equipped for imaging, sampling, and scientific instrument deployment.
Cube-shaped free-flying robots used inside the International Space Station for research and technology demonstrations.
Figure introduced Figure 03 with redesigned sensing, hands, charging and manufacturing processes. Technical and scale statements are manufacturer claims.