Tien Kung 3.0
$ 125 000
Tien Kung 3.0 is a full-size humanoid robot designed for dynamic mobility and open development. It runs, climbs stairs, jumps, and adapts to varied environments through an open hardware and SDK ecosystem.
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Tien Kung 3.0 is a full-size humanoid robot designed for dynamic mobility and open development. It runs, climbs stairs, jumps, and adapts to varied environments through an open hardware and SDK ecosystem.



TM Xplore I is Techman Robot’s first wheeled humanoid prototype, combining AI vision, articulated arms, and a mobile base for flexible handling and industrial automation in warehouses and factories.


TORA DoubleOne is a wheeled humanoid robot developed by PaXini for real-world industrial and service environments. It combines articulated upper-body manipulation with a stable, high-speed mobile base, enabling efficient work in human-designed spaces. The platform focuses on adaptability, safety, and continuous operation rather than experimental locomotion.


ToraOne is a groundbreaking humanoid robot from Paxini, offering advanced features, adaptability, and energy efficiency. It is designed to excel in diverse industries while promoting sustainability, setting a benchmark for how robots can seamlessly integrate into human environments.


The Torobo robot, developed by Tokyo Robotics, is a sophisticated humanoid designed for precise manipulation tasks and human interaction. It is built with advanced capabilities to support research, industrial automation, and other applications requiring high precision.



Titan O1 is a compact research-grade humanoid robot designed for mobility, manipulation, and embodied AI development. It combines strong lower-body actuation with flexible arm motion, making it suitable for labs, universities, and advanced robotics teams.


TWIST by Stanford University is a whole-body imitation system that enables real-time humanoid teleoperation and generates high-quality training data through natural human movement.


Telexistence TX System is a large-scale teleoperation platform that enables humanoid robots to perform real tasks while generating real-world training data.


Open-source VLA for general-purpose humanoid manipulation; built on Qwen2.5-VL and Isaac-GR00T


Open-source world model-action architecture for general-purpose robot learning; includes simulation engine and policy head


Universal simulator trained on diverse interaction data; generates realistic robot action consequences for policy learning


Unitree’s new R1 is a 1.22 m‑tall, 25 kg humanoid priced from US $5 900 that can run, cartwheel and recover falls, bringing full‑body robotics into an affordable developer‑friendly form factor.


Video Joint Embedding Predictive Architecture; predicts future video representations for robot action planning from passive video


VB1-I is a full-size humanoid robot developed by Lanxin Robotics for research, industrial exploration, and embodied AI development. It focuses on stable bipedal locomotion, whole-body coordination, and safe operation in structured environments.


VB2 is a humanoid robot developed by Lanxin Robotics for advanced research and industrial experimentation. It builds on earlier platforms with improved mobility, manipulation, and system integration. The robot targets real-world testing in controlled environments.
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