Build your own robot like a Ninja 🐱👤 This is the first emotional modular EdTech Arduino opensource robot that can walks & rolls! VIDEO
Features 👣 Walk & dance 🚗 Transforms quickly into a wheeled robot 👩💻 Simple Programming with Otto Blockly or Arduino Expand to Humanoid here: Otto Ninja Humanoid 3D files 🦇 Avoid obstacles with ultrasonic sensor 👀 LED matrix or OLED emotional eyes to swap 🔊 Makes emotional sounds and melodies 👇 Button for interactions 📱 Wireless communication – for remote controlling List of Parts Otto Ninja PCB ESP8266 (you could use a wemos board with a servo shield) Micro USB cable Data Sync Battery 6F22 Rechargeable Lithium (9V 650mAh with USB port for charging) Toggle switch + UBEC Regulator (OUT 5V/ 3A) + XH 2P connector + 9V Battery connector soldered. 2 x Ninja Servo 180° metal gears (it comes with 3 screws) 2 x Ninja Servo 360° continuous rotation metal gears (it comes with 3 screws) 2 x Oring 68 mm OD 60 mm ID 4 mm Ultrasonic sensor HC-SR04 Button module with headers 4pin Dupont cable with connector 2 x 3pin Dupont cable with connector Buzzer module with headers Screwdriver Phillips 2.5x40mm (with magnetic tip) 4 x Metal self-tapping screw M2*5 (they must be ferromagnetic) Matrix 16x8 LEDs HT16K33 (OPTIONAL) OLED display 1.3" (OPTIONAL) 3D printed Ankle Left Black 3D printed Ankle Right Black 3D printed Base Black 2 x 3D printed Foot Black 3D printed Inner Bottom Black 3D printed Legs Black 3D printed Starter Lid Black 3D printed Plate Matrix Lid Black 3D printed Plate Ultrasonic Lid Pink 3D printed Band Red VIDEO
What can Otto Ninja do? Otto Ninja can walk, transform, roll, show emotions, dance, sense motion & objects
Coding from beginner to advanced Program Otto Ninja to think on its own using block-based coding with Blockly or C++ with Arduino IDE.
Github repo here OttoDIY/OttoNinja
Want to just play? Via the kit's wireless communication module, remote control your Otto Ninja by connecting to your mobile or tablet to race or have fun battles!
Print instructions Otto is very well-designed for 3D printing, so won't give you trouble if you follow this common parameters:
Recommended using an FDM 3D printer. No need of supports or rafts. Resolution: 0.2 mm or less Fill density 15%
Alternatively you can try to build the previous design that uses more common off the shelf parts Otto Ninja robot Arduino Nano design by Otto DIY | Download free STL model | Printables.com
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