| Component Name | Quantity |
|---|---|
| Head & Body Assembly | 1 |
| Legs | 2 |
| Feet | 2 |
| Eye Part | 1 |
| Servo Motor | 6 |
| Propeller | 6 |
| Arduino Nano | 1 |
| Microcontroller Board | 1 |
| Ultrasonic Sensor | 1 |
| 2-Cell Rechargeable Battery | 1 |
| Adapter 9V 2A | 1 |
| Nano Cable | 1 |
| A-to-B Mini USB Cable | 1 |
| 4-Pin JST Connector Cable | 1 |
| M3 × 12 Bolt Set | 1 |
| Screwdriver | 1 |
Step into the exciting world of robotics, coding, electronics and STEM learning with the STEMbotix OttoBot DIY Programmable Walking Robot Kit. Designed for kids, beginners and aspiring young engineers, OttoBot provides a hands-on learning experience where you can assemble your own bipedal robot, program its movements and explore how robotics works in the real world.
OttoBot turns robotics learning into an engaging hands-on project. Assemble the robot using the included body components, feet, legs, servo motors, controller, ultrasonic sensor and other electronic components. The assembly process helps learners understand how different mechanical and electronic components work together to create a functional walking robot.
Programming OttoBot is beginner-friendly with block-based coding through the Blockzie platform. Instead of starting with complex programming syntax, learners can use drag-and-drop coding blocks to create commands, control movements and experiment with different robot behaviors. This makes the kit suitable for beginners who are taking their first steps into coding and robotics.
Bring OttoBot to life by creating different movement patterns and behaviors. Program the robot to walk, dance, turn, balance and respond to its surroundings. By working with multiple servo motors, learners can understand the basics of coordinated movement, motor control and robotic motion.
The included ultrasonic sensor introduces learners to sensor-based robotics. Understand how robots detect objects in their surroundings and use sensor information to create interactive behaviors. This provides a practical introduction to concepts such as obstacle detection, environmental awareness and basic autonomous robotics.
OttoBot is more than a robotics toy—it is a practical STEM learning experience. Through building, programming and experimentation, learners can develop logical thinking, problem-solving, creativity, programming skills, electronics knowledge, mechanical understanding and engineering confidence.
The STEMbotix learning ecosystem can support learners with structured educational content through the AI-powered Learning Management System (AI-LMS). Learners can follow guided lessons, explore robotics concepts and work through practical projects to build their knowledge step by step.
OttoBot can be used for home learning, STEM activities, school projects, robotics workshops and beginner programming practice. It provides an engaging way for students to move from simply learning about robots to actually building, programming and experimenting with one.
With the STEMbotix OttoBot kit, learners can explore:
The kit includes the major components required to assemble and program OttoBot, including robot body parts, legs, feet, eye component, 6 servo motors, Arduino Nano, microcontroller board, ultrasonic sensor, rechargeable battery, 9V 2A adapter, cables, hardware and screwdriver.
Whether you are a beginner discovering robotics for the first time or a student looking to build practical coding and engineering skills, STEMbotix OttoBot provides an interactive platform to Build, Code, Walk, Dance, Experiment and Learn.
STEMbotix OttoBot — Build your robot. Write your code. Bring it to life.