$7,923
Unitree Go2 Ent Quadruped Robot (GO2-ENT) is a quadruped robot from UNITREE ROBOTICS. The Go2 specification list also includes: Super-wide-angle 3D LiDAR HD wide-angle camera Optional or configuration-dependent modules such as vector positioning/tracking and foot-end force sensors These sensors are commonly used for tasks like autonomous or.
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Unitree Go2 Ent Quadruped Robot (GO2-ENT) is a quadruped robot from UNITREE ROBOTICS. The Go2 specification list also includes: Super-wide-angle 3D LiDAR HD wide-angle camera Optional or configuration-dependent modules such as vector positioning/tracking and foot-end force sensors These sensors are commonly used for tasks like autonomous or semi-autonomous movement, mapping experiments, collision avoidance behaviors, and teleoperation.
Unitree Go2 Ent Quadruped Robot (GO2-ENT) is a quadruped robot from UNITREE ROBOTICS. The Go2 specification list also includes: Super-wide-angle 3D LiDAR HD wide-angle camera Optional or configuration-dependent modules such as vector positioning/tracking and foot-end force sensors These sensors are commonly used for tasks like autonomous or semi-autonomous movement, mapping experiments, collision avoidance behaviors, and teleoperation.
Key benefits include agile quadruped mobility, a 4D LiDAR-based perception system, modern wireless connectivity, and practical payload capability (often in the ~7–8 kg range, with higher maximums depending on configuration).
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The points below summarize model-specific information supported by manufacturer, regulatory or technical documentation.
The Go2 specification list also includes: Super-wide-angle 3D LiDAR HD wide-angle camera Optional or configuration-dependent modules such as vector positioning/tracking and foot-end force sensors These sensors are commonly used for tasks like autonomous or semi-autonomous movement, mapping experiments, collision avoidance behaviors, and teleoperation feedback loops.
Key benefits include agile quadruped mobility, a 4D LiDAR-based perception system, modern wireless connectivity, and practical payload capability (often in the ~7–8 kg range, with higher maximums depending on configuration).
Modern perception stack for navigation support The combination of 4D LiDAR L1 and wide-angle vision sensors supports robust obstacle awareness and movement planning approaches—especially valuable in dynamic environments with moving people and changing layouts.
The Unitree Go2 ENT is an enterprise-oriented configuration of the Unitree Go2 quadruped robot, designed for professional uses such as inspection, patrol, R&D, and teleoperation, with sensors like 4D LiDAR L1 and modern wireless connectivity.
Summary The Unitree Go2 ENT (GO2-ENT) represents an enterprise-focused implementation of the Go2 quadruped platform, combining compact portability, 4D LiDAR-based perception, and modern connectivity for professional robotics deployments.
Suitability depends on the exact configuration, compatible systems, intended professional use and manufacturer instructions.
Evaluate Unitree Go2 Ent Quadruped Robot (GO2-ENT) for inspection, patrol, mapping or remote-operation workflows supported by its exact sensor and payload configuration.
Confirm SDK/API access, compute platform, navigation sensors and software ecosystem for robotics research or application development.
Match stairs, slopes, surface conditions, payload, speed and ingress-protection requirements to the intended deployment environment.
Confirm camera, LiDAR, manipulator, communications, battery and mounting interfaces before procurement.
The table summarizes confirmed model and technical information confirmed from product specifications and technical documentation. Configuration-sensitive values should be checked against the exact supplied unit.
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Technical or regulatory resource relevant to Unitree Go2 Ent Quadruped Robot (GO2-ENT) evaluation.
Technical or regulatory resource relevant to Unitree Go2 Ent Quadruped Robot (GO2-ENT) evaluation.
Key questions for evaluating Unitree Go2 Ent Quadruped Robot (GO2-ENT) before purchase.
The Go2 specification list also includes: Super-wide-angle 3D LiDAR HD wide-angle camera Optional or configuration-dependent modules such as vector positioning/tracking and foot-end force sensors These sensors are commonly used for tasks like autonomous or semi-autonomous movement, mapping experiments, collision.
Exact robot model, revision and manufacturer part reference; Payload, reach, mobility, speed or working-envelope requirements relevant to the application; Battery, charging, runtime and power requirements where applicable.
No. Hardware revision, software, accessories, modules, handpieces, probes or other options can vary. The written quotation and exact-unit identification should define the supplied configuration.
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