Actuator
A component that converts electrical, hydraulic, pneumatic or other energy into controlled motion or force.
Precise definitions for robotics, flight, sensing, navigation, autonomy and embodied AI, each connected to deeper records and a supporting source.
A component that converts electrical, hydraulic, pneumatic or other energy into controlled motion or force.
A material-movement vehicle that generally follows defined routes or guidance infrastructure rather than planning freely through an open area.
A mobile robot that uses onboard sensing and planning to navigate within an operating environment, usually under defined constraints.
The degree to which a system can perform tasks, make bounded decisions or respond to conditions without continuous direct human control.
A drone operation in which the remote pilot cannot continuously see the aircraft with unaided vision as required for visual-line-of-sight operation; authorization requirements vary by jurisdiction.
A robot designed for collaborative applications; safe use still depends on the complete application, risk assessment and protective measures.
Computational methods that extract information from images or video, including detection, tracking, segmentation and depth estimation.
The number of independent coordinates or motions needed to describe a mechanism's configuration.
An informal term for an uncrewed or remotely operated vehicle; in aviation it commonly refers to an unmanned aircraft and its supporting system.
The tool or device at the working end of a robot arm, such as a gripper, welder, suction cup or surgical instrument.
A method of piloting or viewing a drone using a live camera feed from the aircraft's perspective; operational rules still apply.
The general term for satellite constellations and receivers used to estimate position, navigation and timing.
The United States' satellite navigation system, one constellation within the broader category of global navigation satellite systems.
A sensor assembly that measures acceleration and angular motion, often using accelerometers and gyroscopes.
A ranging method that measures reflected laser light to estimate distance and build spatial data.
A set of methods that fit model behavior from data for tasks such as prediction, classification, perception or control.
The useful load carried or manipulated by a machine beyond the equipment required for its basic operation; measurement conditions matter.
A sensing method that transmits radio waves and analyzes reflections to estimate properties such as range, direction or relative velocity.
A high-precision satellite-positioning technique that uses correction data to resolve carrier-phase measurements.
A system for broadcasting identification and location information about a drone and associated control station under applicable rules.
A programmable physical system that senses, acts or both to perform tasks; definitions vary by standard and context.
The problem of estimating a system's location while building or updating a map of an initially uncertain environment.
Remote control of a machine by a human operator, ranging from direct joint or vehicle commands to shared-control interfaces.
A vessel that operates on the water surface without an onboard crew, using remote control, autonomous functions or both.
An aircraft operated without a human onboard; UAS is the broader term including control and communication elements.
A ground vehicle operated without an onboard human, through remote control, autonomy or a combination.
The capability to take off and land vertically, used by multirotors, helicopters and some fixed-wing-transition aircraft.