This design adds an arm to the Sumo Bot that can swing forward or backward to strike your opponent. With this, you can play a more complex and exciting form of Robot Sumo that we invented at my school.

Creative offensive strategy: angled beams, motorized lifting arms, shove/push, etc. In a sumo game without comprehensive rules, you can come up with any solution. Opponent detection: it will...

Robot-sumo (Japanese: ロボット相撲) is an engineering and robotics competition in which two robots attempt to push each other out of a circular arena, in a similar fashion to the sport of sumo. The robots used in this competition are called "sumo robots", "sumobots" or simply "sumos". [1]

So if you want to build a functional Sumobot, you need four things: a sensory system to collect data, a processing system to convert data into behavior, a motor output system to perform those behaviors, and a wiring system that connects them all together. First, let’s talk about a …

Sumobot Jr. is an open source sumobot design made for Nodebots Day. Most existing sumo kits cost between $99 and $160. Since we're trying to keep our event costs down, I decided to try to design a bot that could be put together for around $50 including the cost of the Arduino.

Build a robot with a certain specifications and commensurate with the laws of that competition (Sumo), this robot must be in exact dimensions to fight and survive to not be cross out of ring any way. So let’s have a look to The Sumo robot competition laws:

DIY Multipurpose Robot (Sumobot, Spybot, Mazebot, Bluetooth...) My first guide in instructables :D, This week I built a 15x18 cm (expandable) prototype robot for the next robotics competition here in the Philippines. Quadcopters, Hovercrafts, Drones, Helicopter, you name it, they are getting much more common these days.

A simple demonstration code for a sumobot made with the following hardware: - 1x Saleng Uno (or arduino) - 1x Kimat Mobot Shield - 2x Saleng Tracker - 1x ultrasonic sensor - 1x Sharp gp2y0a21yk0f ...

Design and construct a robust and compact sumo robot capable of maneuvering within the sumo ring effectively. Implement an intelligent control system using sensors and actuators for autonomous operation. Develop algorithms to enable the robot to detect the opponent and execute strategic moves during the competition.

Build and program two high-quality SumoBot® Robots designed to wrestle in their own mini-sumo competition ring! Follow the SumoBot Manual assembly instructions and test programs to go from basic moves to one-on-one combat.