It comes fully assembled, which is very nice as putting together the various motors and other components together correctly has been a pain with similar products in the past. All you need to do is turn it on and get it connected to your Wi-Fi network, either via a wireless access point the robot creates, or via a wired connection if you have a USB to Ethernet adapter handy.

The whole thing is powered by a Raspberry Pi Compute Module 4, so it has plenty of oomph – especially needed for the computer vision and voice recognition tasks.

I have control

The robot itself is made in Korea, and most of the surrounding documentation and such are in Korean as a result. However, the tools and IDE (integrated development environment) can be switched to English just fine, and we didn’t experience any language issues.

The tools allow you to play around with the various functions of the robot. Changing the colours of the eyes (independently if you wish), checking if the motion-sensing and touch inputs are working, recording sounds, playing sounds, moving the various motors – you can get a great feel for what the robot can do. With a solid grasp of this, you can then start programming the robot in the IDE.

There’s a couple of programming methods – one is a block-based flow a little like NODE-Red, which also helps you understand the coding logic and variables of Pibo, and then there’s the Python programming mode which allows for full control.

The functionality is huge, and we were really impressed by the object detection built into the camera. We also like making little messages and images on small LED screens, so having interactive elements that worked with the 128×64 display scratched a specific itch for us.

Learning for all ages

While the whole system may not be useful to teach people on their very first steps into coding, or even maybe robotics, it’s a great next step thanks to its intuitive design that lets you play with its features, and block based programming that can lead into Python. The price is a little hefty, and some English features are still incoming, but we had a great time using Pibo either way – one for the little desk display we think.

Specs

Dimensions: 250(w) × 395(h) × 125(d) mm, 2.2kg

Inputs: Touch sensor, MEMS microphone, PIR sensor, USB 2.0 port

Outputs: 2x speakers, 128×64 OLED display, USB 2.0 port

Verdict

9/10

A cute and very easy to use robot with a ton of functionality that will take some time to fully discover.