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Comparisons · Robot24.com Original

DEEPRobotics Lite3 vs. Unitree Go2 EDU Plus

DEEPRobotics Lite3 and Unitree Go2 Edu Plus are research-focused quadruped robots targeting education, AI development, SLAM and autonomous navigation. Based on ROBOT24.com market-research data records, this comparison examines their differences in speed, payload, runtime, sensing, compute and research capabilities.

deeprobotics-lite3-vs-unitree-go2-edu-plus

Introduction

DEEPRobotics Lite3 and Unitree Go2 Edu Plus are both represented in the ROBOT24.com market-research data records and are compared here using their recorded specifications and use cases.

DEEPRobotics Lite3 is listed as a lightweight research quadruped, with use cases for education, robotics research, reinforcement learning, SLAM, autonomous navigation, AI experimentation. Unitree Go2 Edu Plus is listed as an AI research quadruped, with use cases for university research, AI development, SLAM, autonomous navigation, reinforcement learning, industrial research.
 
The principal recorded distinctions are in their physical makeup, performance data, autonomy stack, load capacity, and depth of the technical information contained within the ROBOT24.com market-research data records.

At a Glance 

MetricDEEPRobotics Lite3Unitree Go2 Edu Plus
Robot typeLightweight research quadrupedAI research quadruped
Use casesEducation; robotics research; reinforcement learning; SLAM; autonomous navigation; AI experimentationUniversity research; AI development; SLAM; autonomous navigation; reinforcement learning; industrial research
Dimensions610 x 370 x 406- 503 mm700 x 310 x 400 mm standing
Weight12-13.5 kg~15 kg
Payload2.5-5 kg~8 kg; ~12 kg maximum
Maximum speed2.2-4.0 m/s3.7 m/s; up to 5 m/s maximum
Runtime90- 120 minutes2-4 hours
NavigationAutonomous legged locomotion; terrain adaptationAutonomous navigation; 4D LiDAR + vision + RealSense depth camera
SensorsWide-angle camera; ultrasonic sensors; IMU; depth camera/LiDAR on higher variants4D LiDAR L1; Intel RealSense D435i; HD camera; foot force sensors; IMU
Protection ratingIP54-IP66 variant dependentNot recorded
Special capabilityROS1/ROS2; SDK/API; Jetson Xavier NX on Pro/LiDAR variants100 TOPS Jetson Orin NX; ROS 2; SDK; optional D1 arm
AvailabilityCommercially availableCommercially available
PriceUSD $2,890-18,270Approx. USD $16,000-22,500

How They Compare

Regarding role, DEEPRobotics Lite3 is recorded for education, robotics research, reinforcement learning, SLAM, autonomous navigation and AI experimentation, while Unitree Go2 Edu Plus is recorded for university research, AI development, SLAM, autonomous navigation, reinforcement learning and industrial research. The market-research data also record that they have the greatest intersection in research, SLAM, autonomous navigation and reinforcement learning, while they put somewhat different priorities on their recorded research and development applications.
 
MASS (Recorded figures) DEEPRobotics Lite3- 12-13.5 kg (compared to approx. 15 kg for the Unitree Go2 Edu Plus) SPEED (Recorded figures) Lite3- 2.2-4.0 m/s (compared to 3.7 m/s for the Unitree Go2 Edu Plus and up to 5 m/s maximum for the Go2 Edu Plus) RUNNING TIME Lite3- 90-120 mins (compared to 2-4 hours for the Unitree Go2 Edu Plus)
 
There are variations in capacity between the two tables in the market-research data records of ROBOT24.com. For example: There is a variation in capacity between the two tables in the market-research data records of ROBOT24.com. DEEPRobotics Lite3 (500) for a 2.5-5 kg payload. The Unitree Go2 Edu Plus has 8 Kg, with up to 12 Kg maximum.
 
Autonomy and perception DEEPRobotics Lite3 is recorded with: autonomous legged locomotion; terrain adaptation; wide-angle camera, ultrasonic sensors and IMU. Depth camera or LiDAR provided in higher variants. Unitree Go2 Edu Plus is recorded with: autonomous navigation; 4D LiDAR; vision; and Real Sense depth camera. 4D LiDAR L1; an Intel Real Sense D435i; HD camera; foot force sensors and IMU are supported.

Summary

DEEPRobotics Lite3 and Unitree Go2 Edu Plus belong to the general research quadruped market segment, but they are characterized by distinct mobility, payload, endurance, sensing, compute and autonomy ROBOT24.com market-research data record figures. The above numbers should be interpreted as a mere comparison of the specifications previously stored in ROBOT24.com market-research data records, and not as a wider market survey.

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