Microbit - Water Plant
First Embedded System project in 8 grade. Using MicroBit for the chip, easy to make and use. I made this only 1 days. First time, i don't understand about anything in Embedded System, but after some tries, i finally understand this project. When making, i was a bit struggled. But then, i done making the project. This project is for detecting the moisture of an environment
Sumo Robot
Sumo Robot is a robotics project designed to participate in robot sumo competitions, where two robots face each other and try to push each other out of the arena. This robot is equipped with distance sensors and line sensors to detect opponents and arena boundaries. Using high-speed motors and large torque, robots can move quickly and powerfully in combat. The robot body design is usually made low and sturdy to make it more stable and difficult to push. This project teaches programming skills, mechanics, and robotics competition strategy.
Ichiduino - Line Follower
Ichiduino's Maze Solving Robot is an Arduino-based robotics project designed to navigate and solve mazes automatically. This robot uses infrared or ultrasonic sensors to detect walls and paths in the maze. With the Right-hand Rule or Flood Fill algorithm, the robot can map the optimal path to the destination. The DC motor system and controller circuit enable precise movements at every turn. This project is ideal for learning programming and electronics, and can be developed for robotics competitions.
IDN Robotic Competition
The IDN Robotic Competition features an exciting 1 kg Sumo robot battle, where teams from five classes compete head-to-head. Each class is represented by two students, forming a dynamic duo to control their robot. The competition format includes two rounds per match, with each round lasting 1 minute. Participants strategize and operate their robots to push opponents out of the ring, showcasing their engineering skills and tactical prowess. This thrilling event highlights creativity, teamwork, and innovation in robotics.
Kakarobot Demonstration
The Kakarobot Line Follower demonstration showcases an advanced robot navigating a track with precision. Using sensors to detect and follow lines, it smoothly adjusts to curves and changes in direction. This performance highlights its efficient programming and design, emphasizing accuracy and speed. The Kakarobot demonstrates how automation can handle real-world challenges effectively. It’s a perfect blend of technology and innovation in action!
Smarthome Using Blynk Demonstration
The Kakarobot Line Follower demonstration showcases an advanced robot navigating a track with precision. Using sensors to detect and follow lines, it smoothly adjusts to curves and changes in direction. This performance highlights its efficient programming and design, emphasizing accuracy and speed. The Kakarobot demonstrates how automation can handle real-world challenges effectively. It’s a perfect blend of technology and innovation in action!
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