Unitree G1 Edu-U3 – Humanoid Robot
₹5,555,000.00
- Next-generation humanoid robot engineered for advanced research and AI development
- Upgraded performance with enhanced computing power & motion control
- Highly stable biped locomotion with smoother dynamic balancing
- Equipped with an advanced multi-sensor vision + depth perception system
- Features enhanced dual-arm manipulation with greater precision
- Offers full open-API support for robotics, AI, and automation projects
- Compatible with simulation platforms and custom AI/ML workflows
- Perfect for universities, robotics labs, industrial automation research, and humanoid innovation
- 7 Days Return, Exchange & Refund Policy.
- Free Delivery within 3 to 5 Days.
- Assured Product Quality. We deal with only Genuine Products.
- Peace of mind Warranty. Check Our Warranty Policy.
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The Unitree G1 EDU U3 is an advanced humanoid robotics platform built for high-level research, AI development, automation studies, and next-generation robotic engineering. Designed with enhanced computing power, superior motion stability, and a more refined sensor suite than earlier EDU models, the U3 provides a world-class environment for developers, universities, and innovation labs to experiment with humanoid intelligence. Its compact yet powerful architecture enables fluid mobility, intelligent perception, and advanced manipulation tasks—making it one of the most versatile humanoid robots available for R&D.
Key Features
High-Performance Computing: The G1 EDU U3 is equipped with an upgraded computing engine powered by an advanced Intel Core processor that enables real-time AI processing, smooth robotic control, and rapid response to complex environmental data. This allows developers to run demanding AI models, autonomous decision-making algorithms, and robotics simulation frameworks with unmatched stability.
Enhanced Biped Motion: The robot features optimized leg actuators and advanced motion-control algorithms that allow it to walk, turn, squat, balance, and perform coordinated full-body movements with high precision. Its improved joint torque and dynamic stability make the U3 ideal for locomotion research and humanoid mobility experiments.
Advanced Perception System: With a powerful vision suite including high-resolution cameras, depth sensors, and real-time environmental mapping capabilities, the G1 EDU U3 can detect objects, track motion, recognize gestures, and navigate indoor environments autonomously. The expanded perception system enhances its ability to perform interactive and intelligent tasks.
Improved Dual-Arm Manipulation: The U3 variant offers refined arm mechanics and stronger actuators, allowing it to perform delicate object handling, gripping tasks, and coordinated two-arm operations. This makes it an excellent choice for manipulation studies, robotics automation, and human-robot collaboration research.
Open Development Environment:The G1 EDU U3 supports an open API with compatibility for multiple programming environments, allowing developers to integrate custom AI models, vision modules, and autonomous control algorithms. It works seamlessly with simulation tools and supports advanced machine learning workflows, making it suitable for cutting-edge research.
- Durable and Research-Optimized Design: Built with aerospace-grade materials and a compact, well-balanced body structure, the U3 is designed for continuous laboratory use. Its modular architecture allows students and developers to easily test, upgrade, or modify various systems—making it an adaptable platform for long-term educational and experimental projects.
Applications
Robotics Research & Development
The G1 EDU U3 is ideal for universities and labs working on locomotion systems, humanoid control algorithms, collaborative robotics, and AI-driven automation.
AI & Machine Learning Projects
Its high-performance computing capability and extensive sensor suite make it a perfect fit for advanced AI experiments involving perception, decision-making, and human-robot interaction.
Automation & Industrial Experimentation
The improved manipulation capabilities allow the robot to assist in workflow automation studies, object handling, and collaborative robotics research.
Education & Robotics Training
The U3 serves as an excellent teaching platform for engineering students, enabling hands-on learning in AI, kinematics, sensor fusion, programming, and robotic system design.
Simulation & Algorithm Testing
Its seamless integration with simulation environments allows researchers to train algorithms virtually before deploying them on the physical robot.
Product Specifications
The G1 EDU U3 uses high-torque actuators, upgraded sensor modules, and a stable bipedal structure to ensure precise motion and improved operational reliability. Its embedded computing unit delivers the performance required for high-level AI tasks and real-time control.
The robot includes a wide-angle visual system, depth sensors, and environmental mapping capabilities that expand its situational awareness and interactive abilities. These sensors allow the U3 to gather rich data for research involving vision recognition, SLAM, and autonomous navigation.
The dual-arm system of the U3 features higher precision and load capability compared to earlier EDU versions. The improved kinematic structure supports complex two-handed tasks, making it suitable for manipulation and robotic assistance studies.
It offers an open API, ROS compatibility, simulation support, and flexible programming options. This ensures that researchers can integrate custom algorithms, AI models, perception systems, and control architectures without limitations.
Frequently Asked Questions (FAQs)
The U3 features upgraded computing power, improved actuators, enhanced vision sensors, and more stable full-body motion, making it better suited for advanced R&D and high-load AI applications.
Yes. The U3 is widely used in universities for robotics, AI, kinematics, machine learning, and humanoid engineering training.
Absolutely. The robot supports open APIs, ROS, simulation environments, and advanced AI development workflows.
Yes. Its upgraded vision and sensor suite allow real-time object detection, mapping, and interactive perception tasks.
Yes. Its improved arms, mobility, and AI capabilities make it ideal for automation testing, collaborative robotics, and workflow simulation.
1. We ship our products all over India within 3-5 working days. This includes all 28 states and 8 Union Territories. We do not offer international shipping at this time. We apologize for any inconvenience caused.
2. We ship our products through our delivery partner Shree Tirupati Courier Services PVT. LTD . (http://www.shreetirupaticourier.net/ ) and DTDC Express LTD. (https://www.dtdc.in/index.asp). Shree Tirupati Courier has over 1500 centers in more than 21 states rest are covered by DTDC and its jargon of GPS-connected trucks.
Once we receive an order before 4 pm and we have received the payment at our bank we can process the order the very same day (if it’s a working day i.e. Monday to Saturday). If however, we receive it after 4 pm then we process the order the next working day.
3. As promised on our product page we will bear the entire charges of shipping to your location.
4. It takes around 3-5 working days to deliver the products anywhere in the country. They ship it via the above-mentioned couriers in the surface transit system. However, if you want a quicker delivery you can raise a request by getting in touch with us before placing the order(or within one hour of placing the order) through mail support@mavdrones.com or call us at +91 9330328517 We will arrange Air shipping in that case. You will receive the product within 1-3 working days in that case.
5. After shipping we will give you the tracking id within 2 hours of shipping. In case we ship through Shree Tirupati Courier then you can visit http://www.shreetirupaticourier.net/Frm_DocTrack.aspx?docno=%number% This page of them and put your tracking id and can get real-time updates through this tracking platform. However, if we ship through DTDC Express then you need to visit https://www.dtdc.in/tracking.asp for tracking shipping updates.
6. We have several options for sending you the tracking id i.e. we can send it in the mail, WhatsApp, or telegram.
7. If you have any problems with the delivery like:
7A. Delayed shipment: If the shipment is delayed by any chance of any more than 3-5 working days then you have the right to demand a full refund which will be processed as per our refund policy which you can see at our RETURNS< EXCHANGES AND REFUNDS POLICY or if you are willing to cooperate with us then we can enquire with the shipping company and try and find out why the delay is happening. In the latter case, we can either work with the shipping company and try and deliver the transiting item as soon as possible or we can ship a new product to your location through a different courier partner.
7B. Receiving a broken item: We strongly suggest you should make an unboxing video of the product and also keep recording till you successfully fly the drone. Therefore, if you receive a broken item we can identify it from the video and can process a RETURN, EXCHANGE, or Refund as per your wish.
8. Public Holidays and Force Majeure:
Please note that the delivery timeframe may be affected during public holidays and unforeseen circumstances beyond our control (Such as natural disasters, strikes, or transportation disruptions). We appreciate your understanding in such situations.
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