Otto Robot - DIY experiment kit, Arduino controlled

Otto robot - Creative work with Arduino for Arduino courses, schools and inventors

This ready-made Arduino project is a fun way to implement Arduino programming. The robot is powered by just four servo motors (SG90). It can walk, dance and learn entire choreographies - almost like a real person!
There is an HC-SR04 ultrasonic sensor at the front, which the robot uses to detect objects. This gives Otto the ability to avoid objects and avoid collisions. The Otto robot also has a small loudspeaker with which it can make itself heard in a very cute way.

The combination of all these practical features makes the Otto robot a real universal hero - ideal for education!

Note on the Funduino Otto robot

In the "OttoDIY" housings, the power supply is switched on and off with a switch. With the Otto robot from Funduino, the power supply is plugged into the shield outside the robot. This means that our Otto robot can be put into operation without any soldering tools. Our Otto robot is fully compatible with the English-language instructions and codes from www.ottodiy.com

Scope of delivery (for variation "without housing" and "with housing")

• 1* Funduino NANO R3 with CH340 chip (Arduino compatible) incl. USB cable
• 4* Servo SG90
• 1* Expansion shield for Arduino UNO/NANO (I/O Shield - Protoshield)
• 1* HC-SR04 ultrasonic sensor
• 1* Speaker
• 10* plug-in cables
• 1* 9V battery cable (no battery included)
• 1* DC adapter with screw terminals (any voltage source can be used with this adapter; the cable ends are attached to the adapter and plugged into the power supply socket of the NANO shield)
• 1* On / Off switch (not required with the "Funduino-Otto" housing, but included for completeness)
• Screws and servo accessories

Scope of delivery (only for variation "with housing")

• 1* Upper part of housing with cut-outs for the HC-SR04 ultrasonic sensor
• 1* Lower part of housing
• 2* legs
• 1* Foot (left)
• 1* foot (right)

All components are manufactured by us using the 3D printing process.