To design and build a compact, lightweight mini drone capable of stable flight and real-time video transmission for surveillance, inspection, or recreational use.
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₹3785/-
A mini drone, also known as a micro quadcopter, is a compact unmanned aerial vehicle (UAV) designed for lightweight applications such as surveillance, aerial photography, hobby flying, and educational purposes. The drone typically consists of a lightweight frame with four brushless DC motors mounted with propellers that enable it to lift and maneuver in the air. These motors are controlled by Electronic Speed Controllers (ESCs), which receive commands from a central flight controller—the brain of the drone. The flight controller uses onboard sensors such as a gyroscope and accelerometer (IMU) to stabilize the drone during flight and respond to user inputs. The mini drone is powered by a Li-Po battery and controlled remotely using a transmitter-receiver pair or a smartphone via Wi-Fi/Bluetooth, depending on the configuration.
In more advanced versions, the drone may include a camera module such as an ESP32-CAM or FPV (First Person View) camera, allowing for real-time video streaming to a smartphone or monitor. This makes the mini drone suitable for real-time surveillance, agricultural monitoring, or environmental inspection. Software like Betaflight, Mission Planner, or a custom Arduino program is used to calibrate, configure, and control the drone’s behavior. The drone can be manually operated or programmed for semi-autonomous missions such as waypoint navigation or obstacle avoidance. Due to its small size, the mini drone is portable, energy-efficient, and suitable for indoor and outdoor use. With further upgrades, it can be enhanced with features like GPS navigation, gesture control, face tracking, and AI-based object detection, making it a powerful and versatile tool in modern smart technology applications.