microbit Robotic Dog Xgo Kit - 12-DOF Full Metal DIY Bionic Robot
microbit Robotic Dog Xgo Kit - 12-DOF Full Metal DIY Bionic Robot
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In this review of the microbit Robotic Dog Xgo Kit the bottom line is simple: it is a compact, metal-bodied STEM robot kit best suited for teenage makers and classroom projects who want hands-on experience with mechanics, servos and programmable behaviors. The kit impresses with its 12 movable joints that deliver smooth, lifelike motion, and it is designed for learners who will program a separate micro:bit controller (note: the micro:bit is not included). For anyone wanting a durable, expandable and education-focused robotic pet, this Xgo kit provides a substantial, buildable platform.
Key Features
- 12DOFs: Three servos per leg provide flexible, smooth movements that make walking and poses more realistic for motion demonstrations and classroom exercises.
- All-metal Shell: The anodized all-aluminium alloy body feels robust and looks premium while protecting internal components during repeated student handling.
- 19+ Built-in Actions: Preloaded behaviors such as sit, shake hands and search add immediate, interactive functions controllable by an app or joystick without writing code.
- Programmable with micro:bit: Designed for micro:bit control (sold separately), it lets learners progress from app control to block or text programming for applied learning.
- Expandable for Makers: The head can be swapped for Arduino or Raspberry Pi use, opening the platform to AI cameras, voice sensors and other experiment modules.
Who It's For
This kit is ideal for secondary school students, hobbyist makers and educators who want a tangible project to teach robotics, servos and basic AI concepts. The metal construction and multiple servos make it durable enough for classroom use and repeat lessons.
It may not be the best choice for very young children or those seeking an out-of-the-box toy experience, since the micro:bit is required separately and some assembly and programming are expected. Buyers who want a fully turnkey consumer pet robot should look elsewhere.
Pros & Cons
Pros
- Durable aluminium alloy shell that withstands hands-on classroom use.
- Smooth, lifelike motion from 12 high-quality digital servos across four legs.
- Multiple control options: app, joystick or micro:bit programming for progressive learning.
- Expandable head and sensors allow meaningful maker experiments with AI modules.
Cons
- The kit is sold without the micro:bit controller, so additional purchase and setup are required before programming.
- Advanced expansion (Arduino/Raspberry Pi) requires extra hardware and technical skill beyond basic lessons.
Specifications
| Product | micro:bit Robotic Dog Xgo Kit |
| Degrees of Freedom | 12DOFs (three servos per foot) |
| Body Material | All-aluminium alloy shell with anodized coating |
| Built-in Actions | 19+ predefined behaviors controllable via app or joystick |
| Controller | Designed for micro:bit (micro:bit not included) |
| Expandability | Head compatible with Arduino and Raspberry Pi modules |
Our Verdict
The microbit Robotic Dog Xgo Kit is a solid, educational robotics platform that balances durable metal construction with realistic motion and meaningful expandability. It is good value for classrooms and makers who want a buildable, programmable robot and plan to add a micro:bit and optional sensors for deeper projects.
Frequently Asked Questions
Does the kit include the micro:bit?
No, the micro:bit controller is not included and must be purchased separately to program the robot.
Can the robot be controlled without programming?
Yes, it offers app control and an ELECFREAKS joystick option for immediate use with built-in actions.
Is the body fragile?
No, the robot uses an anodized aluminium alloy shell designed to be durable for classroom and maker use.
Editor's Take
The microbit Robotic Dog Xgo Kit is a durable, 12-DOF STEM robot ideal for classrooms and makers who want a programmable, expandable platform; it requires a separate micro:bit and extra hardware for advanced extensions.

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