01
Humanoid development
For experiments in perception, motion or interaction with the appropriate developer edition.
Explore AGIBOT X2 EDUEducation & research · Saudi Arabia & MENA
Robotics platforms and lab setup for education and research.
Build a robotics lab around the learning or research objective. Select platforms, development access and supervision together, rather than starting with a list of impressive machines.
In the selection6 models
The application
What needs to get done?
Start with the workflow. These are different applications, not a ranking of interchangeable robots.
02
Legged mobility
Study navigation and locomotion with controlled terrain and safe recovery.
Explore AGIBOT D1 Edu03
Manipulation research
Plan the hands, sensing, compute and tooling around the objects used in the experiment.
Explore Fourier GR-1Selection logic
Four checks before the shortlist.
Development access
Check available APIs, low-level control, data export and licence restrictions.
Experimental hardware
List required sensors, hands, compute and external interfaces.
Software workflow
Verify the actual simulator and middleware support for the selected edition.
Lab operation
Plan training, supervision, workspace, spares and safe reset after a failed experiment.
Your site. One project.
Specify a research platform against your experiment.
Share the research goal, control access, hardware and software stack you require.
Product selection
Meet the shortlist.
6 models in this selection. Open a product for its exact specifications, configuration and commercial options.
AGIBOT
AGIBOT X2 EDU
Height≈131 cmActive joints29 DoFView productAGIBOT
AGIBOT D1 Edu
DevelopmentSDKUseEducationView product
AGIBOT
AGIBOT X1
PlatformOpen sourceUseResearchView product
Unitree Robotics
Unitree G1
Height1.32 mWeight35 kgView product
Unitree Robotics
Unitree Go2
Weight15 kgPlatformQuadrupedView productFourier
Fourier GR-1
Height1.65 mSingle-hand load3 kgView productFour ways to deploy
Choose the model. Then the terms.
All four options can be requested. Configuration, availability, minimum term and service scope are confirmed in your quote.
01
PurchaseEquipment ownership
Own the equipment. The quote defines configuration, deployment and the service package.
02
Short-term rentPriced per day
Use a robot for an agreed period. Confirm dates, availability, minimum term and setup costs before booking.
03
Long-term rentPriced per month
Plan for ongoing operation. Equipment, contract term, maintenance and responsibilities belong in the proposal.
04
RaaSManaged monthly model
Combine the robot with deployment and an agreed operating and service scope. Define monitoring, maintenance and performance measures for your site.
Before you choose
Questions worth asking.
Is a standard edition equivalent to an education edition?
Not necessarily. Access permissions, SDKs, compute and accessories can differ. Confirm the exact edition and licence scope before ordering.
Can we assume ROS or simulator support?
No. Verify versions, supported interfaces and documentation for the exact configuration. A demonstration using a tool does not establish support for your workflow.
Are these robots suitable for unsupervised classroom use?
Do not assume that. Size, torque, motion and the application determine supervision and safety requirements. Plan lab operation before introducing the robot to students.
From selection to deployment