Blog introduction page

 This blog aims to introduce everything about Micromouse so that those interested can easily access it and build their own robots. In particular, on this blog, I intend to share my experience and know-how regarding Micromouse development, including hardware and software, and also introduce the latest news.

Popular posts from this blog

Micromouse Competitions – Types, Overview, Comparison, Advantages, Worldwide

Micromouse Competitions – Types, Overview, Comparison,  Advantages,  Worldwide The Micromouse Contest is an international autonomous robot competition where a small intelligent robot called a Micromouse must solve a maze in the shortest possible time. The robot operates completely autonomously using sensors, motors, microcontrollers, and algorithms. Types of Micromouse Competitions There are mainly two categories: Type Description Full-Size       Traditional standard competition Half-Size     Smaller and faster modern category Both categories follow similar principles but differ in maze size, robot dimensions, and speed expectations. Overview of Micromouse Competitions Type The Full-Size is the original standard category introduced in early Micromouse competitions. The robot is larger and operates inside a standard maze with 18 cm square cells. The Half-Size is a modern high-speed category designed for compact and highly optimized robots. The...
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How to Build a Micromouse Robot - Mechanical, Hardware, Software

How to Build a Micromouse Robot - Mechanical, Hardware, Software This detailed guide explains how to build a complete Micromouse robot from scratch. Mechanical Design Considerations of Micromouse Chassis The chassis determines weight distribution, sensor placement, and ground clearance. Most competitive teams design a custom PCB that doubles as the chassis - this saves significant weight over acrylic or aluminium plates. Good mechanical design is critical. Key Mechanical Constraints Footprint: Must fit inside a 25 × 25 cm square (the maze cell opening is 16.8 cm wide) Ground clearance: 2?5 mm to avoid catching on wall posts Wheel base: 70?90 mm between drive wheel centers for stable turning Weight: Lighter is faster ? aim for under 100 g including battery Center of mass: Keep low and centered over the drive axle to minimize wheel slip during acceleration Weight Distribution : Aim for balanced weight near the center. -. Stable turning -. Reduced wheel slip -. Better acceleration Ground ...
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Micromouse - Introduction, History, Core Technical Concepts, Future

Micromouse – Introduction, History, Core Technical Concepts, Future Introduction A Micromouse  is a small autonomous robot designed to solve a maze. The robot must detect walls, build a map of the maze, calculate the shortest path, and navigate to the goal at high speed. The robot has no prior knowledge of the maze layout  —  it must explore, build an internal map, plan an optimal path, and then execute that path at high speed, all without any human intervention during the run.  The term "Micromouse" was coined in the late 1970s, blending the classical laboratory-rat-in-a-maze experiment with miniaturised electronics. Unlike traditional robotics demonstrations, Micromouse competitions are governed by strict rules, creating a level playing field that rewards ingenuity in both hardware design and software algorithms. Micromouse competitions are held worldwide and are widely used for robotics education and research. History of Micromouse Competition The Micromouse...
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