Kangaroo
Kangaroo is an advanced bipedal humanoid robot from PAL Robotics, engineered for cutting-edge research in dynamic legged locomotion and manipulation. Featuring a lightweight structure with low moving inertia, it excels in agile motions like jumping, running, squatting, and walking on varied terrains. Equipped with custom linear actuators using closed kinematic chains, it delivers high torque, speed, and force feedback via integrated sensors for precise control. The anthropomorphic design includes 6 DoF per leg, up to 7 DoF per arm, and a human-like torso for natural movements. Optimized for biomechanics studies, it supports ROS2 integration, high-frequency control loops up to 2 kHz, and simulators like Isaac Lab and Gazebo. With options for RGB-D cameras, AI kits, and force/torque sensing, Kangaroo enables exploration of reinforcement learning, trajectory optimization, and human-robot interaction in research settings.
Robot Specifications
- Key FeaturesKey Features
- Top Features
- Other Features
Dimensions
160 x 50 x 40 cm
Weight
40 kg
Speed
4.5 km/h
Runtime
4 hours
Charging Time
4 hours - Based on industry standards
Battery Pack
1 kWh - Based on Pal Robotics standards
Wi-Fi 6, Ethernet
App, voice, gesture (add-on)
Battery Life
3-5 years - Based on industry standards
NVIDIA Jetson Orin, custom end-effectors
Yes, teleoperation servers
Available Countries
Worldwide
ROS2 compatible platforms
Available Colours
Silver/Black
Warranty Info
1 year standard, yearly subscription
4x RGB-D cameras, force sensors per leg actuator, torque sensors per arm actuator, wrist FT sensors, IMU, gyroscope
Image Gallery
Below images are from PAL Robotics's official sources
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Latest News About Kangaroo
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PAL Robotics Kangaroo Redefines Legged Robot Research with Advanced Dynamic Control
PAL Robotics has established Kangaroo as a cutting-edge research platform for exploring advanced control methods in dynamic legged locomotion. The lightweight bipedal humanoid combines custom linear actuators with closed kinematic chains, enabling researchers to investigate highly agile motions including jumping, running, and complex terrain navigation. Unlike traditional robotic platforms, Kangaroo's design prioritizes biomechanical efficiency and real-time force feedback, positioning it as a critical tool for next-generation legged robot development.
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Frequently Asked Questions
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Q1. What is Kangaroo, and what problem is it designed to solve?
Kangaroo is a bipedal robot developed by PAL Robotics as a research platform for advanced control methods in legged locomotion. According to the manufacturer, it addresses challenges in dynamic motions like jumping and running through lightweight design and low inertia.
Q2. What are the main capabilities and key features of Kangaroo?
Kangaroo features custom linear actuators with force sensors, enabling precise high-speed movements. The manufacturer states it supports tasks such as walking, squatting, and impact resilience via proximal actuation and closed kinematic chains.
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