Where robots can help
Typical environments include:
- Universities
- Robotics teaching labs
- Industrial research teams
Potential benefits
- Hands-on study of sensing, control and autonomy
- A shared physical platform for experiments
Industry
Robotics for education & research
Robotics teaching and research require durable hardware, usable software and clear access rights. Start with learning objectives or experiments, then check the edition, documentation and support. A lower base price may become less useful if the required interfaces are restricted.
Decision factors
Validate the deployment, not only the spec sheet.
- Confirm SDK and licensing terms for the edition
- Check documentation and software maintenance
- Plan safe supervision and repair capacity
- Budget for accessories, spares and experiment infrastructure
Limits & trade-offs
What the product page may not tell you.
- Demonstration features are not always programmable interfaces
- Hardware downtime can disrupt teaching schedules
Robots available
26 potential matches in the sourced catalog.
Inclusion means the robot is mapped to this use case from available product information. It is not a guarantee that the product fits every site.
Research platforms
PAL RoboticsTIAGo
Mobile manipulation experiments
- Runtime (conditions not specified)
- 240–300 min
- Height
- 110–145 cm
Price on request
A starting comparison
Ask the right questions.
| Robot | Price / status | Published detail | Check before choosing |
|---|---|---|---|
| Makeblock mTiny | USD 255.99 | Programming tools: Physical coding cards and tap pen; no screen required | Activities use the included pen and physical materials. |
| MakeKit Air:bit 2 | Pricing not publicly disclosed | Airframe: Laser-cut wooden quadcopter frame with four propellers | Two micro:bit boards are required and sold separately; at least one must be V2. |
| Ozobot Ari — Entry Kit | USD 250 | Touchscreen: Round display, 390 × 390 pixels | Tablet use of Ozobot Editor requires Wi-Fi; check the supported device and browser requirements. |
| PAL Robotics TIAGo | Contact manufacturer | Height: 110–145 cm | Capabilities depend on the selected hardware |
| Sphero BOLT+ | Contact manufacturer | Body diameter: 2.87 in | A compatible device is needed |
| Sphero indi Student Kit | USD 150 | Included controller: One indi robot and colour activity cards | Manufacturer lists a backorder with expected October 2026 shipping. |
| Sphero RVR+ | USD 339 | Drive system: Four-wheel programmable drive | Raspberry Pi and micro:bit add-ons are sold separately. |
| SunFounder PiDog | USD 179.99 | Actuators: 12 servos | Raspberry Pi is required and purchased separately; the computer visible in the photo is demonstration hardware. |
| Tennant X4 ROVR | Contact manufacturer | Weight: 183 kg | Coverage per tank is an estimate, not site capacity |
| Unitree As2 | Contact manufacturer | Standing Dimensions: 720 × 378 × 457 mm | Battery, LiDAR and ingress protection depend on the exact edition. |
| Unitree G1 | From USD 13,500 | Height: 1320 mm | Base G1 does not support secondary development. Ask Unitree for the exact EDU configuration required for your project. |
| Unitree Go2 | From USD 1,600 | Standing dimensions: 70 × 31 × 40 cm | Capabilities vary substantially by version |