AgiBot Robotics
AgiBot X2 EDU Humanoid Robot
US equipment authorization confirmed per SKU before we ship
Sourced through AgiBot's US master distributor
Freight quoted to your destination
Purchase orders and tax-exempt purchasing welcome
The X2 EDU exists for one reason: to be opened up. Where the X2 and X2 Ultra arrive as finished interactive robots, the EDU is built around hands-on assembly and joint-level motion control. The point of the course is the build and the code, not a scripted routine.
It runs 29 active degrees of freedom, 7 per arm, 3 at the waist and 6 per leg, with a maximum walking speed of 1.8 m/s (4.0 mph). An RK3588 controller sits behind a ROS 2 SDK with DDS messaging, so a lab works in the same toolchain it already teaches. A basic MuJoCo environment ships for simulation before anyone puts weight on real hardware. Standard end effectors are passive hands, with OmniPicker grippers optional, and the head is a dummy head rather than an expression display.
Why a Separate Listing
The EDU is not a cheaper X2. It is a different product for a different buyer. An events team buying an X2 wants preset motions and bilingual conversation on day one. A robotics department buying an EDU wants joint-level access, a simulation path and a machine students can take apart. The hardware reflects that split, so we list it on its own page.
Key Highlights
- 29 active degrees of freedom: arms 7 x 2, waist 3, legs 6 x 2.
- Approximately 130 cm (4 ft 3 in) tall, including the dummy head, at approximately 35 kg (77 lb).
- 1.8 m/s (4.0 mph) maximum walking speed.
- RK3588 controller with a ROS 2 SDK and DDS messaging.
- Basic MuJoCo simulation environment for development before hardware runs.
- Hands-on assembly is part of the product, which is what makes it a teaching platform rather than an appliance.
- USB, Ethernet and power expansion connections for student projects and added sensors.
- Standard passive hands, with OmniPicker grippers available as an option.
AgiBot X2 EDU Specs
| Spec | Value |
|---|---|
| Active degrees of freedom | 29: arms 7 x 2, waist 3, legs 6 x 2 |
| Height | Approx. 130 cm (4 ft 3 in), including dummy head |
| Weight | Approx. 35 kg (77 lb) |
| Maximum walking speed | 1.8 m/s (4.0 mph) |
| Controller | RK3588 |
| Development and messaging | ROS 2 SDK / DDS |
| Simulation | Basic MuJoCo environment |
| Expansion connections | USB / Ethernet / power |
| End effectors | Standard passive hands, optional OmniPicker grippers |
What this list does not include. The EDU specification sheet does not list a battery figure, an endurance figure, a sensor suite, a 4G or 5G module, a charging dock or an included software package set. Unlike the X2 and X2 Ultra, no motion-control or interaction software bundle is published for this configuration. We quote only what the manufacturer documents, so if you need any of those, ask and we will confirm with AgiBot in writing before you order.
How It Compares to the Other X2 Configurations
| Configuration | Built around | End effectors | Head |
|---|---|---|---|
| X2 EDU | Assembly, ROS 2 development, joint-level motion control | Passive hands, optional OmniPicker | Dummy head |
| X2 and X2 Ultra | Interaction, preset motion and perception | Dummy fists or dummy hands, dexterous hands optional | Expression display |
Full details on the other two configurations are on the AgiBot X2 Humanoid Robot page.
Built For
- University robotics departments teaching humanoid locomotion and control
- Research labs that need joint-level access rather than a closed motion library
- Capstone and graduate projects that run in simulation first and then on hardware
- Technical programs where assembling the machine is part of the curriculum
- ROS 2 teams that want a full-size-adjacent humanoid inside their existing toolchain
Good to Know
- This is a development platform. It is not configured for public-facing interaction work, and the head is a dummy head with no expression display.
- AgiBot does not publish an included software package list for the EDU, unlike the X2 and X2 Ultra. Plan on writing your own motion and interaction code.
- Assembly is expected. Budget lab time and a trained supervisor.
- Passive hands are standard. OmniPicker grippers are an option and are quoted separately.
- A humanoid at 35 kg (77 lb) walking at 1.8 m/s (4.0 mph) needs supervision, a clear work area and a safety plan.
- US equipment authorization is confirmed per SKU before we ship. Ask us for the current status on this configuration and we will tell you exactly where it stands rather than assume the other X2 configurations cover it.
How Purchasing Works
The X2 EDU is quoted per order rather than sold from a cart. Send us the quantity, the delivery location and whether you want OmniPicker grippers, and we return a formal written quote, typically the same or next business day. We support purchase orders from schools, universities and government agencies, and we accept tax-exempt purchasing with a valid certificate on file. Payment is by ACH or wire on quote acceptance.
Frequently Asked Questions
How much does the AgiBot X2 EDU cost?
The X2 EDU is $39,999. Multi-unit pricing is available for teaching labs buying a cohort of machines.
What makes the EDU different from the X2 and X2 Ultra?
The EDU is the secondary-development configuration. It has 29 active degrees of freedom, a dummy head, passive hands and an RK3588 controller behind a ROS 2 SDK, and it is assembled by the buyer. The X2 and X2 Ultra are finished interactive robots with expression displays and published motion and interaction software packages.
What software does it ship with?
AgiBot documents a ROS 2 SDK with DDS messaging and a basic MuJoCo simulation environment. No motion-control or interaction software package set is published for this configuration, so assume you are writing the behavior yourself.
How big is it?
Approximately 130 cm (4 ft 3 in) tall including the dummy head and approximately 35 kg (77 lb).
How fast does it walk?
Maximum walking speed is 1.8 m/s (4.0 mph).
Can it pick things up?
Standard end effectors are passive hands. OmniPicker grippers are optional and quoted separately.
How long does the battery last?
AgiBot does not publish a battery or endurance figure for the EDU configuration. We will confirm it with the manufacturer in writing before you order rather than quote a number from a different configuration.
Do you accept purchase orders?
Yes. We work with universities, school districts and public agencies and accept POs and tax-exempt purchasing with a valid certificate.
Warranty & U.S. Support
Every AgiBot unit we sell is sourced through AgiBot's authorized US distribution and carries US-based warranty and repair coverage. Global Drone HQ provides pre-sale configuration help and post-sale support directly, and we handle warranty coordination on your behalf. Purchase orders and tax-exempt purchasing are welcome for schools, universities and public agencies.
Explore the AgiBot Lineup
Browse the full AgiBot robot collection, or compare with the X2 and X2 Ultra for interaction work, the D1 Ultra quadruped, and the D1 Max for industrial payloads.
Pairs well with
Questions about configuration, lead time or deployment? We reply within one business day.
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Shipping and Delivery
Robots ship freight and insured to your dock or lab. Freight is quoted to your destination address and appears as a line item on your written quote. Lead time is confirmed in writing before you commit to a delivery date.
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Support
You deal with Global Drone HQ directly, before and after the sale. We help you pick the right configuration, handle delivery and coordinate anything that needs the factory rather than handing you an address overseas.
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Warranty and Service
AgiBot is responsible for complete-machine warranty service, including repair or replacement of core components, software debugging and upgrades, and complex repairs that cannot be resolved through remote guidance. Units are sourced through AgiBot's US master distributor.
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Contact Us
Email daniel@globaldronehq.com or call (858) 906-5185. Purchase orders and tax-exempt purchasing are welcome for schools, universities and public agencies.
29 active degrees of freedom, walking at 1.8 m/s (4.0 mph).
Seven degrees of freedom per arm, three at the waist and six per leg, for 29 active in total. Maximum walking speed is 1.8 m/s (4.0 mph). The machine stands approximately 130 cm (4 ft 3 in) including the dummy head at approximately 35 kg (77 lb), which is enough mass and speed that it needs supervision, a clear work area and a safety plan.
Assembly is part of the curriculum.
The X2 and X2 Ultra arrive as finished interactive robots. The EDU arrives to be opened up. Students build it and then write the code that moves it, so the teaching happens in the assembly and the joint-level control rather than in a scripted routine. Budget lab time and a trained supervisor.
RK3588 compute behind a ROS 2 SDK your lab already teaches.
An RK3588 controller sits behind a ROS 2 SDK with DDS messaging, so a department works in the toolchain it already runs. A basic MuJoCo environment ships for simulation first. USB, Ethernet and power expansion connections are there for student projects and added sensors. Standard end effectors are passive hands, with OmniPicker grippers optional and quoted separately.
29 Active DoF • Approx. 130 cm (4 ft 3 in) • Approx. 35 kg (77 lb) • 1.8 m/s (4.0 mph) • ROS 2 SDK / DDS
Dig Deeper
Specification and Scope
- 29 active degrees of freedom: arms 7 x 2, waist 3, legs 6 x 2.
- Approximately 130 cm (4 ft 3 in) tall, including the dummy head.
- Approximately 35 kg (77 lb).
- 1.8 m/s (4.0 mph) maximum walking speed.
- Standard passive hands, with OmniPicker grippers available as an option and quoted separately.
- Dummy head rather than an expression display. This is a development platform, not a public-facing interaction robot.
- Height is a provisional figure. The series reference reads approximately 131 cm with the current configuration to be confirmed, so treat the dimension as provisional until we confirm it per order.
Development Toolchain
- RK3588 controller.
- ROS 2 SDK with DDS messaging, so a lab works in the same toolchain it already teaches.
- Basic MuJoCo simulation environment for development before hardware runs.
- USB, Ethernet and power expansion connections for student projects and added sensors.
- No published software package set. Unlike the X2 and X2 Ultra, AgiBot does not publish a motion-control or interaction software bundle for the EDU. Plan on writing your own motion and interaction code.
EDU vs X2 and X2 Ultra
- X2 EDU: built around assembly, ROS 2 development and joint-level motion control. Passive hands standard, OmniPicker optional. Dummy head.
- X2 and X2 Ultra: built around interaction, preset motion and perception. Dummy fists or dummy hands standard, dexterous hands optional. Expression display.
- The EDU is not a cheaper X2. An events team wants preset motions and bilingual conversation on day one. A robotics department wants joint-level access, a simulation path and a machine students can take apart.
- Full details on the other two configurations are on the AgiBot X2 Humanoid Robot page.
FAQs
How much does the AgiBot X2 EDU cost?
The X2 EDU is $39,999. Multi-unit pricing is available for teaching labs buying a cohort of machines.
What makes the EDU different from the X2 and X2 Ultra?
The EDU is the secondary-development configuration. It has 29 active degrees of freedom, a dummy head, passive hands and an RK3588 controller behind a ROS 2 SDK, and it is assembled by the buyer. The X2 and X2 Ultra are finished interactive robots with expression displays and published motion and interaction software packages.
What software does it ship with?
AgiBot documents a ROS 2 SDK with DDS messaging and a basic MuJoCo simulation environment. No motion-control or interaction software package set is published for this configuration, so assume you are writing the behavior yourself.
How big is it and how fast does it walk?
Approximately 130 cm (4 ft 3 in) tall including the dummy head and approximately 35 kg (77 lb). Maximum walking speed is 1.8 m/s (4.0 mph).
How long does the battery last?
AgiBot does not publish a battery or endurance figure for the EDU configuration. We will confirm it with the manufacturer in writing before you order rather than quote a number from a different configuration.
Do you accept purchase orders?
Yes. We work with universities, school districts and public agencies and accept purchase orders and tax-exempt purchasing with a valid certificate on file. Payment is by ACH or wire on quote acceptance.