Product description: Zumo 32u4 - minisumo robot with OLED and HP 75:1 motors - assembled Arduino compatible - Pololu 4992
Assembled fighting educational robot, based on ATmega32u4 microcontroller with Arduino bootloader uploaded. Zumo is programmed via microUSB port and Arduino IDE environment. The platform is equipped with two Pololu HP 75:1 motors with an average speed of 400 rpm and an average torque of 1.3 kg*cm. The platform also features a small OLED screen, line tracking sensors, ultrasonic distance sensors, accelerometer, compass and gyroscope. To start playing, just insert the batteries - four big sticks - and program the robot by connecting it to the computer via a microUSB cable using the Arduino IDE environment.
Pololu Zumo 32u4 robot motherboard
The Pololu Zumo 32u4 robot is based on a motherboard with the ATmega32u4 microcontroller, also used in the Pololu A-Star boards. Arduino bootloader provides programming of the robot using microUSB cable and Arduino IDE environment. Apart from the built-in microcontroller, the platform is also equipped with: four ultrasonic distance sensors, line tracking sensor array, two motor controllers with encoders, OLED display, buzzer, accelerometer, compass and gyroscope.
Contents of the kit
The robot platform, assembled by the manufacturer, contains the necessary electronic and mechanical components for proper functioning of the robot. The user has at his disposal
- two DC motors with 75:1 HP gearbox (400 rpm, 1.3 kg*cm),
- mounted bar with reflection sensors - to detect the edge of the ring (dohyo),
- integrated motor controller - dual channel H-bridge DRV8838,
- simple sound generator - piezoelectric buzzer,
- 3-axis digital accelerometer with magnetometer - can be used as a system for detecting collisions with opponents,
- 3-axis digital gyroscope L3GD20H - for angular velocity measurement (detection of robot rotation),
- user accessible button connected to pin 12 of Arduino, which can be used, for example, to select startup mode,
- small OLED display with resolution of 128 x 64 px,
- voltage stabilizing inverter from four AA batteries,
- detailed user guide available on-line,
- Arduino libraries for all above electronic components
Dimensions of Zumo robot platform
The educational fighting robot has been designed in such a way that the outline of the assembled structure fits into a 10 x 10 cm square, which is in accordance with the international regulations concerning fighting robots.
Additional elements
The main controller of the robot gives an opportunity to expand its capabilities by various additional elements. The user can use, for example, a sensor to detect the opponent in the ring. For this purpose, optical sensors or ultrasonic sonars can be used.