Products

A Raspberry Pi powered quadruped robot dog built for teaching: open Python SDK, computer vision and gait control, ready for classrooms and clubs.

Qbot is an Arduino-based car programmed in Scratch 3.0, built for the first robotics unit a class ever runs. Assembly takes a couple of minutes, which matters when a double period has to cover building, coding and testing.

S$150for one configuration

A small humanoid robot for STEM courses: 16 servos, vision recognition and Python programming, used to teach walking, balance and AI basics.

SO-ARM101 is an open-source six-axis arm built to the LeRobot standard, which is what makes it interesting: the dataset format, training scripts and community policies are shared, so student work is comparable with published research rather than locked to one vendor's SDK.

TurboPi is a Raspberry Pi car on mecanum wheels with a two-axis camera mount, and it covers the gap between a line-following kit and a full ROS platform. Omnidirectional movement lets students work on holonomic control without building a chassis first.

S$250for one configuration

TonyPi Pro is a humanoid on a Raspberry Pi 5, with 18 degrees of freedom in the body and two more on the camera mount. Humanoid work is mainly about gait and balance, and a bipedal platform makes that visible in a way a wheeled robot never does.

xArm 1S is a desktop arm driven by serial bus servos, and it is the point where a robotics course stops being about driving and starts being about position control. The aluminium frame and bearing base hold calibration well enough for repeated classroom use.

xArm 2.0 is the revised version of the same desktop arm, supporting both Scratch and Python from one controller. For a school already running xArm 1S, the practical difference is a smoother path from block programming to text code within a single device.

MentorPi T1 is a ROS 2 platform rather than a car that happens to run ROS. Navigation, mapping and the sensor stack are wired into the standard ROS 2 tooling, so students work with the same launch files, topics and transforms they will meet in industry.

AiBlock is an ESP32 building-block kit aimed at upper-primary and lower-secondary students — roughly P4 to Sec 2. Sensors daisy-chain over I2C, so a class wires a working circuit without reading a pinout, and the same build is programmed in Scratch first and Python later.

S$210for one configuration