APPLICATION
Equipping a University Robotics Lab
Short answer
Teaching labs need several identical, affordable robots with good documentation; research labs need fewer platforms with deeper software access. Most labs combine desktop or lightweight arms, a quadruped or humanoid with developer access, and compute kits. Check SDKs, spare parts, warranty and procurement paperwork before committing grant funds.
Lab purchases are judged over years: a robot that students can use without constant repairs, with documentation that survives staff turnover, is worth more than a better specification sheet. University procurement rules also add paperwork that suppliers must be ready to provide.
Components you need
| Component | Role in the system | Parameters to specify |
|---|---|---|
| Research Robotic Arms | Manipulation teaching and research |
|
| Quadrupeds | Legged locomotion and navigation |
|
| Humanoid Robots | Whole-body research |
|
| Controllers & Compute | Student projects and onboard compute |
|
Model combinations to shortlist
Arms for teaching and research
Desktop and lightweight arms used in teaching and research labs.
- Degrees of freedom
- 6
- Payload
- 250 g
- Working radius
- 280 mm
- Arm axes
- 6; plus one separate gripper axis
- Payload
- 500 g
- Arm reach
- 550 mm excluding gripper; 670 mm including gripper
Mobile and legged platforms
Platforms with developer editions.
- Weight (with battery)
- About 15 kg
- Nominal payload
- About 8 kg
- Development access
- Secondary development supported on EDU; confirm low-level access and software version in the quotation
- Dimensions
- 610 x 370 x 406-496 mm (standing)
- Weight
- 12-13.5 kg (with battery)
- DoF
- 12
Compute kits
Robot development kits for student projects.
- Chip/SoC
- Sunrise 5
- AI Compute (TOPS)
- 10 TOPS BPU
- CPU
- 8x Arm Cortex-A55 @1.5 GHz
Common integration issues
- Software longevity
- Check how long SDK versions are supported and whether simulation models are available, so courses do not break when firmware changes.
- Procurement paperwork
- Universities often need formal quotations, supplier registration, invoices in a specific format and export documents. Ask for them at the start.
- Spares for teaching
- Teaching hardware is handled often. Budget for spare parts and a simple repair process.
Related guides
FAQ
How many identical units should a teaching lab buy?
Enough for the number of student groups in a session, plus at least one spare so classes continue during repairs.
Can suppliers provide documents for grant-funded purchases?
Ask for a formal quotation with configuration, warranty and delivery terms, and confirm any documents your institution requires before ordering.
Planning a robotics purchase? Share the quantity, configuration and destination so we can check fit, availability and quote requirements.
Request a quote— The Sourcebotics sourcing desk