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ROS 2 Learning Rover Comparison (Under $1,000) MentorPi vs ROSMASTER M1 vs UGV Rover vs UGV Beast vs TurtleBot 3 vs JetRover

Comparison of six small rovers for learning ROS 2, SLAM and navigation, each with a 360° lidar and an on-board computer for under $1,000. They suit university students and self-learners moving past toy cars to the tools used in research labs. Most come in several kit tiers, so the version compared here is the cheapest one that includes both the computer and the lidar, with the price of a depth camera noted where it costs extra. Ordered by the price of that version.

Comparison table

MentorPi M1HiwonderROSMASTER M1YahboomUGV RoverWaveshareUGV BeastWaveshareTurtleBot 3 BurgerROBOTISJetRoverHiwonder
Price
Price range$430 – $880$349.90 – $1,169.90$245 – $727$265 – $752$758 – $1,934$780 – $2,600
Version comparedStarter with Pi 5 2 GB, $429.99Standard with Pi 5 8 GB, $679.90PT Pi 5 ROS 2 Kit, $726.99PT Pi 5 ROS 2 Kit, $751.99Burger RPi4 2 GB, $758.20Standard with Pi 5 4 GB, $969.99
Also neededNothing listedNothing listedThree 18650 cellsThree 18650 cellsNothing listedNothing listed
AssemblyChassis comes assembled, then fit the Pi and sensorsKit to assembleShips assembled, lidar and depth camera fittedShips assembled, lidar and depth camera fittedKit to buildChassis ships assembled with the lidar, then fit the arm and camera
Hardware
Computer includedRaspberry Pi 5 2 GBRaspberry Pi 5 8 GBRaspberry Pi 5 4 GBRaspberry Pi 5 4 GBRaspberry Pi 4 2 GBRaspberry Pi 5 4 GB
Jetson optionNo (Hiwonder's Jetson rovers are separate models)Orin Nano Super kit $1,169.90Orin Nano kit $1,070.99, or $539.99 without the JetsonOrin Nano kit $1,097.99, or $554.99 without the JetsonNoOrin Nano Super kit $1,279.99
LidarCOIN-D6 2D lidarT-MINI Plus 2D lidar, 12 mD500 2D lidarD500 2D lidarLDS-02 2D lidarSLAMTEC A1 2D lidar
Depth cameraStandard kit, +$140 (Nuwa-HP60C)Superior kit, +$140 (Nuwa-HP60C)Included (OAK-D Lite)Included (OAK-D Lite)NoIncluded, on the arm
Other camerasWide-angle camera on a 2-axis mount2 MP camera on a pan-tilt mount5 MP wide-angle camera on a pan-tilt mount5 MP wide-angle camera on a pan-tilt mountNoneNone (the depth camera is the arm camera)
DriveMecanum wheels (Ackermann on the A1)Mecanum wheels (Ackermann on the sister A1)6 wheels, skid steeringTracks with suspension2 wheels, differentialMecanum, Ackermann or tracks, same price
Arm– No– No– No– No– NoYes, 6-DOF bus-servo arm
Top speedNot publishedNot published1.3 m/s0.35 m/s0.22 m/sNot published
RuntimeNot publishedNot published (6,000 mAh pack)Not publishedNot publishedAbout 2.5 hNot published
Software and learning
ROS 2 versionHumble (in Docker)HumbleHumbleHumbleHumble and JazzyHumble on Ubuntu 22.04 (ROS 1 image also offered)
Course materialHiwonder online lessons on SLAM, navigation, vision and LLM voice controlYahboom online course with 26 sections, from ROS 2 basics to lidar, vision and LLMsWaveshare wiki and ROS 2 tutorials, open-source codeWaveshare wiki and ROS 2 tutorials, open-source codeROBOTIS e-Manual, widely used in university ROS coursesHiwonder online lessons on SLAM, navigation, arm grasping and LLM voice control
Gazebo simulationURDF model onlyNot foundOfficial package with SLAM and Nav2Official package with SLAM and Nav2Official package, used throughout the e-ManualGazebo and MoveIt simulation with a URDF model
ProgrammabilityFull SDKFull SDKFull SDKFull SDKOpen source (hardware + software)Full SDK
LLM supportOfficial LLM toolsOfficial LLM toolsOfficial LLM toolsOfficial LLM toolsPossible via SDKOfficial LLM tools
Purchasing
Where to buy in the USHiwonder store or Amazon USYahboom store, or Amazon USWaveshare storeWaveshare storeROBOTIS US storeHiwonder store or Amazon US
Shipping to the USNext day on Amazon for Standard kitsFrom China, about 6 working days after dispatch, free express over $499From China, about 1–2 weeksFrom China, about 1–2 weeksFrom ROBOTIS US within 2 business daysDispatched the next business day, transit not published
Suggested ages14+14+14+14+16+14+

Highlighted cells are the strongest in their row. Speeds marked (est.) are not published by the maker. They come from owner measurements or the makers' gait code, explained on each robot page. Prices are US list prices as of September 2026. Each robot's page has full specs, sources and photos.

Which one fits

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