Educational robots•Sphero•Showcase
Sphero RVR / RVR+
By Sphero
RVR is a mobile robot family for educational projects involving programming, sensors and additional hardware.
RVR is a mobile robot family for educational projects involving programming, sensors and additional hardware. For secondary or technical education, a teacher can assess the vehicle as the basis of a defined design problem. Specify which components learners will add and which interfaces they will use. In an existing fleet, the distinction between RVR and RVR+ matters for loading and driving speed. Record that configuration with each task so groups compare results under the same starting conditions. An extension project also needs a procedure for assembly and restoration of the standard setup. Plan energy use around the actual experiment; playtime and continuous driving refer to different operating conditions.
- Learning mobile robotics
- Hardware projects
- Sensor programming
Status 2026
ShowcaseThis model is listed as a showcase. Direct commercial availability has not been confirmed.Designed for
- Learning mobile robotics
- Hardware projects
- Sensor programming
- Type
- Educational robots
- Origin
- Not publicly confirmed
- Deployment
- Not confirmed
- Region
- Not publicly confirmed
- Applications
- 3 applications
What is Sphero RVR / RVR+?
Sphero RVR / RVR+ is an educational robot from Sphero, listed for learning mobile robotics, hardware projects and sensor programming. Key figures: dimensions (RVR+; with roll cage) 185 × 216 × 113 mm, payload (RVR+; not RVR) 1 kg, max. speed (RVR+; mostly charged battery) Approximately 1 m/s. Market status: showcase. Availability and deployment options should be confirmed with a supplier. Robotleasen does not sell robots; it helps businesses compare suppliers and recorded information.
Video
RVR / RVR+ in action
Official video of the RVR+ generation within the RVR family.
Technical overview
RVR / RVR+ in figures
Figures apply to RVR+ with roll cage; speed is approximate maximum with mostly charged battery. RVR has different loading and speed. Product page lists 2-hour playtime, SDK FAQ 30–60 minutes continuous use; no uniform runtime assigned.
- 185 × 216 × 113 mm
- Dimensions (RVR+; with roll cage)
- 1 kg
- Payload (RVR+; not RVR)
- Approximately 1 m/s
- Max. speed (RVR+; mostly charged battery)
Put into perspective
- 3.6 km/hSlower than walking pace (about 5 km/h).
In practice
How does the RVR / RVR+ perform?
All figures come from this robot's profile, according to the manufacturer.
How does it compare with other robots?
We put each value next to the other robots in the same category in our guide where that value is known. Unconfirmed values are marked in the figures above.
- This robot
- Other robots in the category
- Payload1 kgPlace 14 of 150.3 kg272 kg
Higher than 1 of the 14 other robots
- Speed1 m/sPlace 11 of 130.2 m/s5 m/s
Higher than 1 of the 12 other robots, equal to 1
Facts
Did you know?
Notable facts about RVR / RVR+, its manufacturer and this type of robot
Many education and research robots work with ROS (Robot Operating System), open-source robotics software that has been developed since 2007.
Source: Wikipedia, ROSRobotleasen lists 3 robots from Sphero. You can find them all on the supplier page.
Documented product information
- RVR is a mobile robot family for educational projects involving programming, sensors and additional hardware.
Our perspective on RVR / RVR+
RVR is a mobile robot family for educational projects involving programming, sensors and additional hardware. For secondary or technical education, a teacher can assess the vehicle as the basis of a defined design problem. Specify which components learners will add and which interfaces they will use. In an existing fleet, the distinction between RVR and RVR+ matters for loading and driving speed. Record that configuration with each task so groups compare results under the same starting conditions. An extension project also needs a procedure for assembly and restoration of the standard setup. Plan energy use around the actual experiment; playtime and continuous driving refer to different operating conditions.
Business fit
When might RVR / RVR+ be a fit?
An initial view based on the recorded category and model information
May be suitable for
- Organisations assessing a robot for a defined task and work environment.
- Teams comparing the robot's recorded profile with other options.
- Businesses that want to validate the application and integration requirements.
Considerations
- Confirm capabilities and current availability with the manufacturer or supplier.
- Check the work environment, integration needs and local support before selecting a model.
Market and supply
Availability
A profile status is not a confirmed offer or delivery time
- Market status
- Showcase
- Region
- Not publicly confirmed
- Lease / RaaS
- Not confirmed
- Rental
- Not confirmed
Manufacturer and supplier
About Sphero
Organisation named in the documentation for BOLT / BOLT+, RVR / RVR+, indi. This profile links to product or developer information; current support and supply are unconfirmed.
View supplierCompare
Compare RVR / RVR+
| Feature | RVR / RVR+Sphero | Codey RockyMakeblock | mTinyMakeblock |
|---|---|---|---|
| Market status | Showcase | Showcase | Showcase |
| Application | Learning mobile robotics, Hardware projects | Programming lessons, Sensor assignments | Early programming activities, Map and route assignments |
| Deployment | Not confirmed | Not confirmed | Not confirmed |
| Region | Not publicly confirmed | Not publicly confirmed | Not publicly confirmed |
Explore alternatives
Alternatives to RVR / RVR+
Profiles from the same category, selected by similar applications
MatataStudio · Educational robots
VinciBot
ShowcaseDifferent application: block and python lessonsView robot
MatataStudio · Educational robots
TaleBot Pro
ShowcaseDifferent application: programming sequencesView robot
LEGO · Educational robots
MINDSTORMS NXT
DiscontinuedDifferent market status: discontinuedView robotFrequently asked questions
Questions about RVR / RVR+
What is the Sphero RVR / RVR+?
Sphero RVR / RVR+ is an educational robot from Sphero, listed for learning mobile robotics, hardware projects and sensor programming. Key figures: dimensions (RVR+; with roll cage) 185 × 216 × 113 mm, payload (RVR+; not RVR) 1 kg, max. speed (RVR+; mostly charged battery) Approximately 1 m/s. Market status: showcase. Availability and deployment options should be confirmed with a supplier. Robotleasen does not sell robots; it helps businesses compare suppliers and recorded information.
What are the specifications of the Sphero RVR / RVR+?
Key figures: dimensions (RVR+; with roll cage) 185 × 216 × 113 mm, payload (RVR+; not RVR) 1 kg, max. speed (RVR+; mostly charged battery) Approximately 1 m/s. Figures apply to RVR+ with roll cage; speed is approximate maximum with mostly charged battery. RVR has different loading and speed. Product page lists 2-hour playtime, SDK FAQ 30–60 minutes continuous use; no uniform runtime assigned.
Which supplier is listed for the Sphero RVR / RVR+?
Sphero RVR / RVR+ is listed under Sphero, based in Not publicly confirmed. Check local sales and support terms directly with the supplier.
Is the Sphero RVR / RVR+ available to buy or lease in the Netherlands?
Showcase. Deployment: not confirmed. Whether this model is available to buy, rent or lease in the Netherlands depends on the supplier. Ask a supplier to confirm current availability.
How much does the Sphero RVR / RVR+ cost?
No reliable public price is listed for this model. Costs depend on configuration and supplier.
What is the Sphero RVR / RVR+ used for?
The applications listed for the Sphero RVR / RVR+ include learning mobile robotics, hardware projects and sensor programming.
What are alternatives to the Sphero RVR / RVR+?
Profiles include MatataStudio VinciBot, MatataStudio TaleBot Pro and LEGO MINDSTORMS NXT. Compare their applications, specifications and market status.
News and insights
Articles are currently available in Dutch
Next step
Ask about RVR / RVR+
Review the recorded market status, applications and alternatives for this robot.
Profile last checked on 2 October 2026