Unitree R1
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…
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32 results for “robotics development”
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…
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.
G1 is a compact humanoid platform sold in configurations for education, research and development. Prices and configurations can change.
Type-X is a tracked robotic combat-vehicle platform developed for mechanized-unit support, with remote operation and autonomous functions including waypoint navigation…
H1 is Unitree's full-size general-purpose humanoid platform for dynamic locomotion and embodied-AI development.
Planned robotic system for the lunar Gateway, comprising a large arm, a smaller dexterous arm, and specialized tools.
REEM-C is a bipedal research humanoid designed for walking, balance, human interaction and software development.
Agility Robotics develops Digit, a bipedal robot designed for material-movement tasks in human workspaces.
Built Robotics develops autonomy systems for heavy construction equipment.
Carbon Robotics develops computer-vision-guided agricultural equipment for weed control.
Locus Robotics develops autonomous mobile robots and orchestration software for warehouse workflows.
Walking robotic arm mounted on the Russian segment of the International Space Station for payload and maintenance tasks.
OSHA's robotics materials describe hazards and relevant standards for workplaces using industrial robots. A risk assessment must address the actual cell, tasks and human…
Unitree develops legged robots, including G1 humanoids and Go-series quadrupeds.
Autonomous or supervised machines perform bounded floor, window, hull or industrial cleaning tasks.
Robots may transport items, clean floors or provide wayfinding in hotels and restaurants.
Agility Robotics announced RoboFab in Salem, Oregon, and described planned capacity. Capacity statements are company targets rather than independently verified output.
The work studies closed-loop grasping learned from a large collection of robot interaction data.
Robotic manipulation concerns sensing, planning and controlling physical contact with objects and tools.
Autonomous and remote systems support haulage, drilling, surveying and inspection in mines.
Robot arms and purpose-built automation join, fasten or place components in production.
Computer-assisted surgical systems translate a clinician's inputs into controlled instrument movement for cleared procedures.
Industrial arms execute programmed welding paths with process-specific tooling and safeguards.
Research and commercial systems explore mobility, communication and task assistance for older adults; capabilities remain uneven.
Robots can support reconnaissance, hose handling or monitoring in selected fire environments.
Ground robots, drones and fixed sensors can support monitoring and incident assessment under human oversight.
The project aggregates robot demonstration data across institutions and studies models trained across different robot embodiments.
The paper describes vision-language-action models that represent robot actions alongside visual and language inputs.
Optimus is Tesla's general-purpose humanoid development program. Public performance and production statements should be treated as company claims until independently…
da Vinci 5 is Intuitive's fifth-generation multiport robotic-assisted surgical system; the FDA provided 510(k) clearance in March 2024 for specified uses.
Apptronik develops human-centered robotic systems including the Apollo humanoid.