Unmanned Aerial Vehicles
Aerial robots or Unmanned Aerial Vehicles (UAVs), commonly known as Drones, are aircraft that operate autonomously or by remote control, with no pilot on board. These versatile devices are rapidly becoming essential in various fields, performing a wide range of tasks from package delivery to aerial photography. Drones operate through a closed-loop system that collects sensor data, maps the scene, and navigates trajectory paths. Our Aeromodelling Club at NIT Kurukshetra provides an excellent platform for enthusiasts to explore, design, and fly drones, integrating advanced engineering principles with hands-on experience.
Drone Pilot's CheckList
- ✓ Double Tape, Cello Tape, Cutter
- ✓ ESCs, Battery
- ✓ Screw Driver, L-keys
- ✓ Motor, Motor Screw Box, Motor Shat
- ✓ Rubber Band, Propellers
- ✓ Transmitter, Receiver
- ✓ Pliers
- ✓ Jumper Wires
Latest Drone Projects
Object Tracing Drone
An innovative drone project focusing on object detection and tracking using AI algorithms.
Arduino-Based Mini Drone
A compact and efficient drone powered by Arduino, perfect for DIY enthusiasts and educational purposes.
FPV Racing Drone
A fast and agile FPV racing drone designed for high-speed maneuvering and competitive racing.
FAQs on Drones
Drones come in various types, such as quadcopters, hexacopters, fixed-wing drones, and hybrid drones, each suited for different applications like aerial photography, racing, or mapping.
Regulations vary by country, but generally, you may need to register your drone, follow no-fly zones, and maintain a line of sight. In many cases, you also need to obtain a drone pilot license for commercial use.
The flight range depends on the drone's battery capacity and model. Consumer drones typically range between 20-30 minutes, with some high-end models lasting up to an hour.
Key features include flight time, camera quality, GPS, obstacle avoidance, flight modes, and ease of use, depending on your needs, whether for photography, racing, or surveying.
Yes, many drones can be flown indoors, but its' recommended to use smaller, more agile models with propeller guards to prevent damage or accidents.
Regularly check the propellers, battery, motors, and camera for wear and tear. Keep the firmware updated and store the drone in a dry, cool place when not in use.
FPV (First Person View) drones provide a real-time video feed from the drone's camera to a screen or goggles, offering an immersive flying experience. Non-FPV drones typically rely on line-of-sight control without live video feedback.
Drones are used for various purposes including aerial photography and videography, agriculture (crop monitoring), surveying and mapping, delivery services, inspection of infrastructure, and recreational flying.
Most drones are equipped with a "Return to Home" feature, which brings the drone back to its takeoff point if it loses connection. Ensure this feature is enabled before flight.
Fly in calm weather, ensure the drone's software is up to date, calibrate the drone before each flight, and use GPS mode if available for more stable flight.