KANGAROO is a bipedal humanoid research robot developed by PAL Robotics (Barcelona, Spain), designed specifically for studying agile bipedal locomotion including walking, running, and jumping. Standing 160 cm tall and weighing 40 kg with 28 degrees of freedom, it uses novel custom linear actuators with integrated force sensors located near the pelvis, with serial-parallel hybrid chain transmission to the joints for low inertia and impact resilience. It is available in lite, standard, and pro variants and is used in the EU Horizon-funded PRIMI project at institutions such as TU Wien.
Primary use case: Dynamic task handling and embodied-AI research, intended to bridge the gap between laboratories and real-world applications.
Locomotion
bipedal
Hand Type
unknown
Max Lift/Arm
7 kg
Fine Manipulation
7/10
Autonomy Level
unknown
AI Capabilities
manipulation
Onboard Compute
AI-ready computing
Availability
unknown
Primary Use Case
Dynamic task handling and embodied-AI research, intended to bridge the gap between laboratories and real-world applications.
PAL Robotics has announced a new robotic arm platform designed to make advanced AI-driven manipulation more accessible and easier to deploy. The Barcelona-based company, known for platforms including TIAGo Pro and Kangaroo, is targeting researchers, developers, and robotics engineers with this new system.
PAL Robotics has launched the TIAGo Pro Arm, a standalone seven-degree-of-freedom robotic manipulation platform based on ROS 2, aimed at researchers working on robot learning, AI, and physical AI. The Barcelona-based company is presenting the new system at IROS 2026 in Pittsburgh, running September 27 to October 1.
The Humanoid Robots Summit Europe 2026 in Stuttgart brought together over 1,000 specialists from 500+ companies to discuss the commercialisation of humanoid robots, with the market already estimated at $2.4 billion in pre-orders. British company Humanoid announced a partnership with Bosch for series production of the HMND 01 robot at Bosch's Bühl plant starting August 2027, while German supplier Schaeffler committed to deploying 1,000-2,000 humanoid robots by 2032.