In your operation
Teach through assembly and reconfiguration
X2 EDU is designed to be taken apart and reconfigured, giving students access to the hardware as well as the software.
Product
AGIBOTHumanoids
AGIBOT X2 EDU
X2 EDU provides 29 active degrees of freedom and open motion-control access for teaching and research. Teams can disassemble the platform and add the sensors, compute or end effectors required by the experiment.
- Height
- ≈131 cm
- Active joints
- 29 DoF
- Arm joints
- 7 / arm
Indicative budget only, not a confirmed Saudi retail offer. Configuration, freight, tax, deployment and service are confirmed in your quotation. Rental and RaaS figures are planning estimates.
Product profile
A modular humanoid for hands-on robotics education
General-purpose humanoid operations
- Product type
- Humanoids
- Best for
- Education · Research & development
- Environment
- Indoor
What it does for your operation
Task performance
Study articulated arm and body motion
The platform has 29 active degrees of freedom, including seven per arm. It supports motion-control experiments across the arms, waist and legs.
- Active joints
- 29 DoF
Connected systems
Add the sensors the experiment needs
The EDU configuration has no standard RGB camera, RGB-D camera or 3D LiDAR. Its modular hardware supports adding the required sensing.
Configuration
Build a research-specific configuration
Open motion-control and hardware interfaces support custom development, with options for additional compute and end effectors.
Site fit
Test handling within the full-range limit
The arm-load limit is up to 1 kg across the full motion range, excluding the end effector. Up to 3 kg applies only in specified postures.
Operating conditions
IndoorWill it work at your site?
Access & operating limits
- Lab
- provide supervised assembly and movement-test space
- Equipment
- select the sensors, compute and end effectors for the experiment
- Handling
- use the full-range arm rating and validate the grasp
Select sensors, compute and end effectors for the curriculum. The standard EDU configuration does not include cameras or LiDAR.
Typical applications
Research & education
Systems & infrastructure
Integrations and compatibility.
Manufacturer-documented connections and compatible equipment. Building interfaces are checked against your installation.
Open motion-control and hardware interfaces
Access for control development and adding sensors, compute or end effectors.
Technical specifications.
- Height
- approximately 1.31 m
- Weight
- approximately 33 kg
- Active degrees of freedom
- 29
- Arm joints
- 7 per arm
- Arm load
- ≤1 kg full-range; up to 3 kg in specific postures, excluding end effector
- Development
- open motion control and hardware interfaces
- Standard cameras and LiDAR
- not equipped
Before you decide.
Is EDU the same sensing package as Ultra?
No. EDU does not include Ultra's cameras, LiDAR or high-performance compute board; it is a modular motion-control development platform.
What payload should an experiment use?
Use the full-range limit of at most 1 kg, excluding the end effector. The 3 kg maximum is posture-specific.
Explore the application.
Compare the approaches and site requirements in these related solution guides.
W—ROBOTICS deployment & supportThe robot is part
The robot is part
of the solution.
We help define the right setup for your operation, from site assessment and integration to team training and ongoing support.
Equipment, installation and service responsibilities are agreed in your proposal.
Discuss your deploymentLet’s talk about
your project.
Share your task and location. We’ll help define the configuration and commercial terms.
AGIBOT X2 EDU
AGIBOT X2 EDUIndicative · 130,000 SAR
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