$2,550
Husarion ROSbot 3 PRO UGV is an unmanned ground vehicle from HUSARION. Key benefits include an upgraded LiDAR + RGB-D stack for stronger indoor SLAM, preconfigured ROS 2 driver availability, compact lab-friendly size, and published performance specs (up to 1.0 m/s, 1.5–5 hours runtime, up to 5 kg payload under non-continuous.
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Husarion ROSbot 3 PRO UGV is an unmanned ground vehicle from HUSARION. Key benefits include an upgraded LiDAR + RGB-D stack for stronger indoor SLAM, preconfigured ROS 2 driver availability, compact lab-friendly size, and published performance specs (up to 1.0 m/s, 1.5–5 hours runtime, up to 5 kg payload under non-continuous conditions).
Husarion ROSbot 3 PRO UGV is an unmanned ground vehicle from HUSARION. Key benefits include an upgraded LiDAR + RGB-D stack for stronger indoor SLAM, preconfigured ROS 2 driver availability, compact lab-friendly size, and published performance specs (up to 1.0 m/s, 1.5–5 hours runtime, up to 5 kg payload under non-continuous conditions).
Payload and endurance Husarion specifies: Maximum load capacity: up to 5 kg (not in continuous work) Battery life: 1.5–5 hours (load and usage dependent) These specifications are consistent with typical indoor robotics development: enough payload for accessory sensors or lightweight prototypes, and sufficient runtime for lab sessions, demos, or iterative testing.
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Key benefits include an upgraded LiDAR + RGB-D stack for stronger indoor SLAM, preconfigured ROS 2 driver availability, compact lab-friendly size, and published performance specs (up to 1.0 m/s, 1.5–5 hours runtime, up to 5 kg payload under non-continuous conditions).
Payload and endurance Husarion specifies: Maximum load capacity: up to 5 kg (not in continuous work) Battery life: 1.5–5 hours (load and usage dependent) These specifications are consistent with typical indoor robotics development: enough payload for accessory sensors or lightweight prototypes, and sufficient runtime for lab sessions, demos, or iterative testing.
Husarion lists dimensions of 200 × 233 × 197 mm when equipped with camera and LiDAR (and 200 × 233 × 103 mm without them), with a typical weight around 2.84 kg with camera and LiDAR.
Within the ROSbot 3 family, the “PRO” designation refers to an upgraded perception configuration: Husarion specifies that ROSbot 3 PRO includes a Slamtec RPLIDAR S2 and a Luxonis OAK-D Pro RGB-D camera, intended to deliver stronger perception and SLAM capabilities compared with the standard ROSbot 3 (which uses an RPLIDAR C1 and OAK-D Lite).
ROSbot 3 PRO is commonly used as a standardized indoor platform where teams can focus on ROS 2 software development and experiments—often starting with teleoperation and sensor visualization, then progressing to mapping, navigation, and higher-level autonomy behaviors.
Suitability depends on the exact configuration, compatible systems, intended professional use and manufacturer instructions.
Evaluate Husarion ROSbot 3 PRO UGV for inspection, surveillance, research or hazardous-environment tasks supported by its exact mobility and payload package.
Match tracks/wheels, ground clearance, slope/stair capability, speed and environmental rating to the intended terrain.
Confirm cameras, LiDAR, manipulators, communications, power outputs and mounting interfaces.
Review remote-control range, navigation stack, SDK/API and networking requirements before deployment.
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Technical or regulatory resource relevant to Husarion ROSbot 3 PRO UGV evaluation.
Key questions for evaluating Husarion ROSbot 3 PRO UGV before purchase.
Key benefits include an upgraded LiDAR + RGB-D stack for stronger indoor SLAM, preconfigured ROS 2 driver availability, compact lab-friendly size, and published performance specs (up to 1.0 m/s, 1.5–5 hours runtime, up to 5 kg payload under non-continuous conditions).
Exact Husarion ROSbot 3 PRO UGV model/part reference and product label; Installed configuration, software and compatible accessories where applicable; Physical and functional condition of the exact supplied unit.
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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