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Sphero BOLT+ vs Makeblock mBot2 / mBot Neo

Choose around the learning activity: programming a rolling, enclosed robot or assembling and extending a wheeled kit. Confirm the school device fleet, accessibility needs and required software before purchasing.

2 models · 7 specification fieldsEvidence checked 28 October 2026No common performance test

The published specifications

Compare the facts.

Read each number with its qualification. Sources are linked beside the exact claims they support.

A single Sphero BOLT+ coding robot with a screen inside its transparent spherical shell.
Sphero BOLT+Unofficial coverage of Sphero BOLT+; single-robot product image.Sphero, Inc. · Use policyProportional downsize to a maximum 1200px edge and WebP encoding only; original framing and markings retained.Trademarks are the property of their respective owners. Sphero®, the Sphero logo, and BOLT+® are trademarks of Sphero, Inc. dba Sphero. All rights reserved.Official model information ↗
A blue mBot2 coding robot with its CyberPi controller being placed on top.
Makeblock mBot2 / mBot NeoStandard mBot2 configuration.Makeblock / PR TIMES · Use policyProportional downsize to a maximum 1200px edge and WebP encoding only; original framing and markings retained.Official model information ↗
7 sourced specification rows
Manufacturer claims · exact configurations below · reviewed 28 October 2026
SpecificationSphero BOLT+Makeblock mBot2 / mBot Neo
FormatEnclosed programmable robotic ball[source]Wheeled aluminum-alloy robot kit requiring assembly[source]
Coding progressionDraw, blocks and text; current product page lists JavaScript and Python[source]Scratch-like blocks and Python in mBlock[source]
Display / controller128 × 128 pixel programmable LCD[source]CyberPi main control board[source]
Learning inputsProgrammable sensors and live sensor-data display[source]Ultrasonic Sensor 2 and Quad RGB sensor[source]
Published runtimeAll-day classroom use is claimed; no standardized numeric duration supplied in these sources[source]Approximately 5 hours playtime claimed; 2,500 mAh battery[source]
ChargingQi wireless charging[source]USB; about 1 hour stated by manufacturer[source]
Learning resourcesSphero Edu programming and free educator resources via Sphero Central[source]Assembly, programming examples and component documentation in Makeblock support[source]
Comparison limit: “All-day classroom use” and an approximate playtime claim are not a common battery test. Package contents and supported software can vary, so check the exact bundle before ordering.
Figures are not a shared performance test.Read context & unknowns →

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Sphero

Sphero BOLT+

An enclosed rolling robot for coding, animation and sensor-led classroom activities.

Confirm before specifying

  • Continuous-motion runtime under a comparable test
  • Compatibility with a specific managed school device
  • Exact contents of a selected single-robot or classroom bundle

Configuration & evidence notes

  • BOLT+ differs from the older BOLT, which uses an 8 × 8 LED matrix.
  • Confirm app/OS support and package contents. A quoted school day is not a measured continuous-runtime benchmark.

View official model information ↗

Makeblock

Makeblock mBot2 / mBot Neo

An assembly-based wheeled kit built around CyberPi and expandable sensors.

Confirm before specifying

  • Runtime under a common continuous-motion test
  • Compatibility with a specific managed school device
  • Regional package contents and optional expansion modules

Configuration & evidence notes

  • Makeblock support uses mBot Neo/mBot2 together. Confirm the quoted regional SKU; Rover is a different bundle.
  • The product page's broader sensor list includes expansion possibilities. Do not imply all listed sensors ship in the base kit.

View official model information ↗

What the comparison means

Match the robot to the lesson.

BOLT+ is an enclosed rolling robot with a programmable display. mBot2 / mBot Neo is an assembly-based wheeled kit with a CyberPi controller. Compare the activity, classroom setup and device compatibility before comparing battery claims.

Questions for the supplier

  1. Is the aim coding activities, mechanical assembly, or both?
  2. Will the required app work on your managed devices and school network?
  3. Which sensors and learning materials are included in the selected package?

How to use this pair

  • Choose whether mechanical assembly is part of the learning objective.
  • Verify required apps on the actual school devices and managed network.
  • Check classroom-kit contents, charging, spare parts and accessibility needs.

Trace the evidence

Sources for this comparison

Manufacturer claims are attributed. Publication dates are listed only where the source gives them.

A focused robotics reference. An available digital asset.

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