Browse Humanoid Robots by Tags

Agility and responsiveness

Degrees of Freedom (DoF). The number of independent movements a robot can make.

A robot's ability to maintain its balance while in motion.

Electric actuators or controls

A type of actuation system that offers high power output.

Locomotion (e.g., rolling, walking, flying)

A robot's ability to move around safely and efficiently.

The sense of the relative position of one's own body parts.

Rotors, e.g., on drones

Anthropomorphic Design. Human-like form to operate in environments designed for people.

Robot arms for interaction or assembly

Biologically inspired movements or design

A form of locomotion where the robot walks on two legs.

Fine motor skills

A virtual model of a physical object or system.

A robot's ability to withstand wear and tear.

Electric actuators or controls

A robot with a furry exterior.

A type of actuation system that offers high power output.

Locomotion with legs

Lifelike appearance or movement

Hardware that can withstand harsh environments.

Artificial Skin / Tactile Skin

Robots made from compliant, flexible materials.

The ability to perform a wide range of tasks rather than a single function

Wheeled Locomotion

A robot's ability to coordinate all its body parts for complex movements.

A robot's ability to be modified or adapted for specific tasks.

Electric actuators or controls

A type of actuation system that offers high power output.

Modular design (interchangeable components)

A robot's ability to move and perform tasks without direct human control.

The duration a robot can operate on a single charge.

Electric actuators or controls

A robot's ability to generate energy from its environment.

Fully Autonomous Operation

A type of actuation system that offers high power output.

Partially autonomous control, e.g., "follow-me" function

A robot's ability to create a copy of itself.

A robot's ability to convey emotions through facial expressions and other visual cues.

Human-Robot Interaction (HRI). Features designed for safe and intuitive interaction with humans

Subtle facial expressions that convey emotion.

Speech processing or speech output

Can be controlled via voice commands

Part of a robot that performs manipulation tasks. Grippers require lightweight and compact designs for precise manipulation.

The part of a robot that performs manipulation tasks. Hand joints require lightweight and compact designs for precise manipulation.

A technology that recreates the sense of touch.

Active manipulation or tool use

Ability to carry a load

Systems that ensures safety when a component fails or to prevent accidents.

LiDAR (Light Detection and Ranging)

Obstacle detection and avoidance

A robot's sense of touch, which enables dexterous manipulation.

Cameras, LiDAR or IR-Cameras that allow a robot to "see" its environment.

Artificial intelligence, autonomous decision-making

Connects to a cloud server for data processing, storage, and updates

The ability to detect and respond to human emotions

Ability to recognize faces.

A learning method based on movement.

Ability to learn from new data and experiences

The ability to understand and respond to non-verbal communication like gestures

A collective behavior of decentralized and self-organizing systems.

Remotely controlled by a human