Universities
Useful for robotics programs that need a compact quadruped with secondary-development support and room for custom compute.
$7,140.00
Unitree AS2 EDU STANDARD Quadruped Robot is presented for professional procurement with model-specific technical information. For manufacturer information, visit the Unitree official website.
Review specifications, compatibility, images, included configuration and technical documentation before requesting a B2B quotation.
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Unitree AS2 EDU Standard is the development-focused configuration in Unitree Robotics’ compact AS2 quadruped family. It combines the highest current AS2 torque and payload class with official secondary-development support, industrial-grade LiDAR, IP54 protection, a charging dock and support for high-computing-power expansion docks.
For buyers comparing Unitree AS2 EDU Standard for sale, the current Unitree matrix lists approximately 95 N·m maximum joint torque, 15 kg continuous walking payload, 65 kg standing load, 0–3.7 m/s operating speed with higher maximum performance around 5 m/s, and roughly 4 hours / 20 km unloaded endurance.
AI Robot Supplier currently lists the Unitree AS2 EDU Standard price at $7,140. Unitree’s own main technical page lists AS2 EDU as Custom Industry Solutions / Contact Sales, while its official store states that EDU purchases should be handled through the sales team and that customs duties are not included.
Unlike AS2 Air and AS2 Pro, secondary development is officially supported on AS2 EDU. That makes EDU the correct direction for universities, robotics laboratories, integrators and engineering teams that need custom autonomy, AI compute expansion, embodied-AI workflows or deeper software integration.
The Unitree AS2 EDU Standard is designed for buyers who need a development-capable quadruped rather than a basic mobility platform.
The current Unitree AS2 EDU Standard price on AI Robot Supplier is $7,140. Because EDU is a development-oriented product, the final delivered cost can change with destination country, compute expansion, accessories, freight, customs and the exact commercial package.
Unitree’s official AS2 technical page lists AS2 EDU as Custom Industry Solutions — Contact Sales. The manufacturer’s official store shows the wider AS2 family from $3,100, but specifically tells customers to contact sales to purchase AS2 EDU and states that customs duties are not included.
That distinction matters: a family starting price should not be mistaken for the price of an EDU development package. AS2 EDU adds software access, stronger hardware, a charging dock and compute-expansion capability that are not present on Air or Pro.
AS2 EDU is the development-oriented AS2 configuration. It shares the highest current AS2 torque, payload and dynamic-performance class with AS2 X while adding the strongest research and integration package in the family.
The robot weighs approximately 20 kg with battery and uses 12 joint motors. Unitree lists approximately 95 N·m maximum joint torque, a 15,000 mAh / 648 Wh long-range battery, approximately 15 kg continuous walking payload and approximately 65 kg standing load.
AS2 EDU also uses industrial-grade 64–128-line LiDAR, supports ISS 3.0 intelligent side-follow, includes GPS/4G hardware, an included remote controller, a fast charger and a charging dock, and supports official secondary development.
The key EDU advantage is expandability. Unitree lists a high-computing-power expansion dock with multiple supported brands and models, including options such as NVIDIA Jetson Orin NX. This makes EDU suitable for research teams building custom perception, autonomy, mapping, embodied AI and robot-learning systems.
Standard, compute, sensor and expansion options should be written into the quotation.
Define ROS, SDK, autonomy, AI model and onboard-compute requirements before selecting the compute expansion.
Verify controller, battery, charger, charging dock, compute module and accessories before payment.
These images are already hosted by AI Robot Supplier. Confirm final development hardware, compute expansion and accessories with the commercial quotation.



The values below follow Unitree’s current AS2 EDU column rather than older family-level specifications.
| Model | Unitree AS2 EDU Standard |
|---|---|
| Equipment type | Development / research quadruped robot |
| Standing dimensions | 720 × 378 × 457 mm |
| Prone dimensions | 776 × 378 × 233 mm |
| Weight with battery | Approx. 20 kg |
| Degrees of freedom | 12 joint motors |
| Maximum joint torque | Approx. 95 N·m |
| Speed | 0–3.7 m/s; higher maximum performance up to ~5 m/s under stated conditions |
| Continuous walking payload | Approx. 15 kg |
| Maximum standing load | Approx. 65 kg |
| Slope capability | Approx. 40° |
| Stair capability | 25 cm |
| Operating temperature | −20°C to 55°C |
| Battery | 1 × long-range 15,000 mAh / 648 Wh lithium battery |
| Unloaded runtime | Approx. 4 hours continuous walking / approx. 20 km |
| Loaded runtime | With 15 kg: >2.5 hours / approx. 13 km |
| LiDAR | Industrial-grade 64–128-line LiDAR |
| Camera | HD camera |
| Processor | 8-core high-performance CPU |
| Connectivity | Wi-Fi 6, Bluetooth 5.2 |
| ISS 3.0 | Supported |
| GPS / 4G | Hardware present; disabled by default, enabled with user authorization |
| External interfaces | Gigabit Ethernet ×1, SBUS ×1, BAT power output |
| Remote controller | Included |
| Charger | Fast charging 50.4V / 7.4A |
| Charging dock | Included / supported on EDU according to Unitree’s matrix |
| High-compute expansion dock | Supported; multiple brands/models such as Orin NX |
| Protection rating | IP54 |
| Secondary development | Supported |
| UniStore | Supported |
| OTA updates | Continuous upgrades |
| Warranty | 12 months |
Manufacturer performance data are laboratory references. Actual speed, payload behavior, runtime and range vary with terrain, payload, temperature, software workload, compute modules and exact configuration.
Unitree lists AS2 EDU at approximately 15 kg continuous walking load. The maximum standing load is approximately 65 kg. These figures should not be confused: standing support is not the same as continuous transport over terrain.
For research projects, the complete walking payload should include compute modules, LiDAR, cameras, manipulators, mounting hardware, radios and protective enclosures.
The current Unitree table lists EDU at 0–3.7 m/s with higher maximum performance around 5 m/s under stated conditions. Universities and laboratories should design experiments around safe operating limits rather than treating maximum speed as the primary purchasing metric.
AS2 EDU uses the long-range 15,000 mAh / 648 Wh battery. Unitree lists approximately 4 hours / 20 km unloaded and more than 2.5 hours / 13 km while carrying 15 kg.
Actual Unitree AS2 EDU battery life can be reduced by heavy AI compute, active sensors, terrain, speed, temperature and payload. Research teams should include spare-battery, charging-dock and workload planning in the deployment design.
The defining reason to buy AS2 EDU instead of Air or Pro is development access. Unitree explicitly marks secondary development as supported on AS2 EDU.
Unitree describes the AS2 platform as providing developer-friendly interfaces and supporting large AI models for embodied-AI interaction and autonomous decision-making. For EDU, this is paired with high-compute expansion options rather than only the standard onboard 8-core CPU.
The manufacturer lists a high-computing-power expansion dock supporting multiple brands and models, including options such as NVIDIA Jetson Orin NX. This creates a practical route for teams building:
Exact SDK, API, ROS support and low-level control access should still be checked against Unitree’s current secondary-development documentation and the exact supplied EDU configuration. Development capability does not mean every interface or source component is unrestricted.
For research teams, the Unitree AS2 EDU Standard combines industrial sensing, payload capacity and official secondary-development support in one compact platform.
AS2 EDU uses industrial-grade 64–128-line LiDAR together with an HD camera, front light, speaker and microphone. Unitree also lists the ISS 3.0 Intelligent Side-follow System for centimeter-level positioning and stable following behavior.
Wireless connectivity includes Wi-Fi 6 and Bluetooth 5.2. Unitree lists GPS and 4G hardware on EDU, but states that these features are disabled by default and enabled with user authorization. Regional network compatibility should be confirmed before procurement.
External interfaces include Gigabit Ethernet, SBUS and BAT power output, providing routes for integrating compute, sensors and mission hardware.
Useful for robotics programs that need a compact quadruped with secondary-development support and room for custom compute.
Suitable for perception, autonomy, SLAM, embodied-AI and navigation research.
Relevant when teams need to add compute modules, sensors and custom software to a compact field-capable robot.
Can support experimental inspection, remote operations and mobile sensing workflows before larger-scale deployment.
| Feature | AS2 Pro | AS2 EDU |
|---|---|---|
| Max joint torque | ~75 N·m | ~95 N·m |
| Walking payload | ~13 kg | ~15 kg |
| Standing load | ~55 kg | ~65 kg |
| Battery | 15,000 mAh | 15,000 mAh |
| Runtime unloaded | ~4 h / ~20 km | ~4 h / ~20 km |
| LiDAR | Industrial 64–128-line | Industrial 64–128-line |
| IP rating | IP54 | IP54 |
| Secondary development | No | Yes |
| Charging dock | No | Yes |
| High-compute expansion | No | Yes |
| Warranty | 12 months | 12 months |
Choose AS2 Pro when the job is professional inspection, long routes, intelligent following and field mobility without custom software development.
Choose AS2 EDU Standard when development access, AI compute expansion and custom robotics integration are core requirements.
The Unitree AS2 EDU Standard should be compared with Pro based on software access and compute expansion, not purchase price alone.
AS2 X and AS2 EDU share the highest AS2 performance class: approximately 95 N·m torque, 15 kg walking payload, 65 kg standing load, 15,000 mAh battery, industrial LiDAR, IP54 and secondary-development support.
The EDU advantage is the development package. Unitree lists a charging dock and high-computing-power expansion dock for EDU, while X does not include those items in the current matrix.
That means X can suit engineering teams that want high-performance development access but do not need the full EDU dock/compute package. EDU is the stronger turnkey research and AI-integration choice.
AS2 EDU sits in the middle of Unitree’s broader research and professional quadruped lineup.
Read the Unitree AS2 price and buyer guide to compare Air, Pro, X and EDU before purchasing.
The AS2 market currently contains conflicting information. Some older store pages and seller content still describe the platform as approximately 18 kg with 90 N·m maximum torque, while Unitree’s current main technical matrix lists approximately 20 kg with battery and 95 N·m for X and EDU.
Pricing also varies significantly by region, distributor and configuration. Unitree’s official main page lists EDU as Contact Sales, while AI Robot Supplier currently lists EDU Standard at $7,140. Another U.S. seller currently shows AS2 EDU Standard around $11,900, demonstrating why buyers should compare the supplied configuration rather than assume every “AS2 EDU Standard” listing includes the same support and hardware package.
This page prioritizes Unitree’s current technical matrix for specifications and the live AI Robot Supplier product price for this listing. The final written quotation should define compute, dock, controller, battery, charger and development scope.
Send the delivery country, quantity, intended research use, compute requirements and sensor package so the exact EDU scope can be confirmed.
Unitree publishes an official AS2 demonstration on its current AS2 product page. The video demonstrates family-level capability; the EDU specification table above should be used for model-specific procurement.
Answers to the most important commercial and development questions before purchase.
AI Robot Supplier currently lists Unitree AS2 EDU Standard at $7,140. Unitree’s official technical page lists EDU as Contact Sales, so final price can vary with compute, accessories, shipping, customs and destination requirements.
Unitree lists approximately 15 kg continuous walking payload and approximately 65 kg maximum standing load for AS2 EDU.
Unitree lists AS2 EDU at 0–3.7 m/s with higher maximum performance around 5 m/s under stated conditions.
Unitree lists approximately four hours / 20 km unloaded. With a 15 kg payload, it lists more than 2.5 hours and about 13 km under laboratory conditions.
Yes. Unitree’s current model matrix explicitly marks secondary development as supported on AS2 EDU.
Unitree lists a high-computing-power expansion dock with multiple supported brands and models, including examples such as Orin NX. The exact compute module included with this listing should be confirmed in the quotation.
Unitree’s current matrix marks a charging dock as supported/included for EDU. Confirm the exact dock and supplied accessories before payment.
Yes. Unitree’s current model-specific comparison lists IP54 protection for AS2 EDU.
AS2 EDU uses industrial-grade 64–128-line LiDAR according to Unitree’s current technical matrix.
Unitree’s current matrix lists a 12-month warranty for AS2 EDU. Final commercial terms should be confirmed in the written quotation.
International B2B shipment can be arranged for approved destinations subject to freight availability, customs requirements, local regulations, insurance and final sales terms.
Use current manufacturer documentation to verify development access and configuration-sensitive information before purchase.
Current Air, Pro, X and EDU technical comparison matrix.
Manufacturer purchasing path and current sales guidance for AS2 EDU.
Compute, controller, battery, charging dock and supplied development hardware can be confirmed before order approval.
Destination-specific pricing can document the supplied package and agreed delivery responsibilities.
Export packing, shipping and documentation can be coordinated for approved destinations.
Compare EDU against Pro, X, Go2 EDU and A2 before selecting the platform.
Send your delivery country, quantity, development goals, compute requirements and sensor package to confirm current price, availability and supplied scope.
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