Aerobots is a club where we perform collaboration between innovative ideas and reality.
The idea of our projects is to start from the basic level to climb up all the way to the advanced level.
Integrating hardware technology into projects opens up a world of possibilities for innovation and functionality. Whether it’s incorporating sensors to collect real-time data, utilizing microcontrollers for automation, or deploying IoT devices for connectivity, hardware components bring physical interaction to the digital realm. With advancements in technologies like 3D printing, robotics, and embedded systems, projects can achieve greater precision, efficiency, and interactivity. By bridging the gap between software and tangible hardware, these projects can create more dynamic and responsive solutions that transform how we interact with the world.
With advancements in technologies like 3D printing, robotics, and embedded systems, projects can achieve greater precision, efficiency, and interactivity. By bridging the gap between software and tangible hardware, these projects can create more dynamic and responsive solutions that transform how we interact with the world.
(ON-GOING) An R.C plane is a type of aircraft that is controlled remotely by a transmitter. These planes are popular for versatility and range of applications, from recreational flying and aerobatics to competitive racing.RC planes come in various configurations.
(ON-GOING) Line follower bots are autonomous robots designed to follow a path, typically indicated by a line on the ground. These robots use sensors, such as infrared or optical sensors, to detect the line’s color or contrast against surrounding surface. Based on the sensor input, robot’s control system adjusts its direction and speed.