A humanoid robot geared for a secondary-school robotics curriculum. It introduces programming and other STEM concepts.
Robotis DARWIN-Mini is a programmable miniaturized humanoid robot featuring 16 Dynamixel smart servos, the OpenCM9.04C, an Arduino-like open-source controller with a 32-bit ARM Cortex-M3 processor, a 3D printable frame, and Android/iOS smart device connectivity. Compatible with the ROBOTIS MINI exclusive App [Touch, Gesture, Voice Recognition, Messenger] and supports various functions for user’s convenience (battery percentage, offset setting, etc.).
Mobile and programmable robot for students ages 12 and up
11"L x 7.5"W x 5"H
Science, Technology, Engineering, Math, Programming
All the necessary hardware to build 1 DARwIn-mini featuring 16 Dynamixel smart servos, the OpenCM9.04C, an Arduino-like open-source controller with a 32-bit ARM Cortex-M3 processor and a 3D printable frame.
1 kit per 2 students
High School, Makerspace, Library, Summer Camp, Individual
9th through 12th grade
Covering robotics, programming and computer science
No training required
Robotis Darwin-Mini is a robot kit with an open source embedded board, li-ion battery, smart servos, and a customizable open source 3d printed shell allowing infinite customization options. Darwin-Mini utilizes the OpenCM9.04-C microcontroller, which runs on a 32bit ARM Cortex-M3, and is easily programmed over USB with Robotis' OpenCM software. Each Dynamixel XL servo has an embedded processor that allows for advanced control of the servos as well as reading data such as temperature, position, and torque. Bluetooth communication allows for control and programming of Darwin via a computer or tablet.
The RoboPlus software allows for capture and playback of various poses, or use the wide variety of built-in motions. Advanced motion such as headstands, rolls, and picking himself up from the ground are no problem for Darwin-Mini.