Wheels of horizon

  Small UAV Small but Mighty: An Overview of sUAV Technology Small unmanned aerial vehicles, commonly referred to as sUAVs or drones, are unmanned aircraft that have a takeoff weight of less than 55 pounds. While their size may be relatively diminutive compared to larger UAVs, sUAVs pack advanced technologies that enable them to serve an increasingly wide range of commercial applications. Some key technological capabilities of modern sUAVs include advanced autopilot systems, high-resolution cameras, thermal imaging sensors, precision GPS navigation, automated flight path planning and obstacle avoidance. These systems allow sUAVs to be remotely piloted or fly autonomously according to pre-programmed commands. Expanding Use in Aerial Imaging One of the most common commercial applications for Small UAV is aerial photography and videography. By mounting a camera gimbal and high-resolution camera underneath the aircraft, sUAVs can capture detailed images and videos from the air. Thi...

  Flight Tracking Systems How Flight Tracking Works Flight tracking systems use a variety of technologies working in tandem to provide real-time flight data and track aircraft movements. At the core is an onboard transponder that constantly transmits signals with information like the flight number, location, speed and altitude. Satellites in the network receive these signals and triangulate the position, which is then forwarded to ground stations. These stations process the data and share it with flight tracking websites and apps users can access. Some of the key components involved are: - Transponders: Modern aircraft are equipped with transponders that automatically send signals with Flight Tracking Systems details. These transponders operate in the ADS-B (Automatic Dependent Surveillance-Broadcast) format. - Satellites: Low-earth orbit and geostationary satellites equipped with receivers detect the transponder signals. Their location allows them to triangulate the aircraft's ...