Why customize Sphero RVR+?
Sphero RVR+ gives your software a physical output. Sphero Edu controls the rover over Bluetooth; a separate host is needed for advanced SDK routes. The linked documentation establishes a control route; the project ideas below are suggestions, not projects we have personally built or tested.
A good fit for
A floor obstacle-course routine.
Not the right fit for
A guaranteed plug-and-play result without the listed setup or accessories.
Compatibility
- Exact hardware
- Sphero RVR+
- Software route
- Sphero Edu + JavaScript
- Where code runs
- Sphero Edu controls the rover over Bluetooth; a separate host is needed for advanced SDK routes.
- Development tools
- A laptop, a coding agent such as Claude Code or Cursor, and the tools listed in the guide.
- Evidence
- Published documentation / community project. Not hands-on tested.
Project ideas
- 01A floor obstacle-course routine
- 02A color-sensor-driven rover experiment
Getting started
- 01
Confirm the exact model
Match the hardware label and bundle to the linked documentation. RVR+, its battery and charger, Bluetooth and a supported Sphero Edu device.
- 02
Prove the documented connection
Follow the original guide and run its smallest supported example before asking an agent to extend it. The beginner route uses the finished rover as shipped. Python expansion examples often require extra controllers or wiring; those are not included in this no-build setup.
- 03
Build one useful behavior
Start with a floor obstacle-course routine. Add logging, sensible timeouts and a manual off switch. Sphero Edu controls the rover over Bluetooth; a separate host is needed for advanced SDK routes.
Setup & technical references
Starter prompt
Help me plan a floor obstacle-course routine using Sphero RVR+. Read https://sites.google.com/sphero.com/sphero-edu-javascript-wiki first. Confirm my operating system, exact model, firmware and required accessories. Use only documented capabilities. Start with the smallest reversible test and ask before moving hardware, flashing firmware or changing credentials. The beginner route uses the finished rover as shipped. Python expansion examples often require extra controllers or wiring; those are not included in this no-build setup. Keep secrets out of public code.
Confirm your exact hardware before running device-changing commands.
Common questions
Where does my software run?
Sphero Edu controls the rover over Bluetooth; a separate host is needed for advanced SDK routes.
What do I need before starting?
RVR+, its battery and charger, Bluetooth and a supported Sphero Edu device.
What should I check before buying?
The beginner route uses the finished rover as shipped. Python expansion examples often require extra controllers or wiring; those are not included in this no-build setup.
