Flight Path: How can GIS Help in Navigating the Route

Ever since GIS became a part of the aviation industry, airport authorities have been using this technology for spatial analysis. GIS has helped researchers in measuring the height of the buildings so that they can identify whether the buildings will cause any obstructions to flights. With the help of remote-sensing tools, people can collect information about the flight number, departure, arrival, and other details in a single centralized platform.

Things that were impossible a few years ago have become a reality today. One such application of GIS is identifying the flight path, and it’s also used for planning purposes. Take the Falcon View software app, for example. It is a popular flight simulator that helps you combat flight simulations, flight planning, and other aircraft-related operations seamlessly.

How is Falcon View Used for Flight Monitoring?

The software was primarily built for showing geographically referenced overlays. The main use of the software is in the defense and combat industry, which is why the US Department of Defense is the main user of the software. In addition to combat flight planning, GIS software can be used to display satellite and elevation data neatly.

The main application of GIS in flight path navigation is to help select a route from one airport to another. It helps with navigation. It is not new. The technology has been used for years in navigating and identifying the routes in the air.

It also offers path monitoring options for aircraft and aircrew management. It is now possible for aircraft operators to digitally navigate routes to just about any destination. Not only does it help with navigation, but GIS has proven quite an effective solution to emergency cases. In case an emergency arises, the airport management can use satellite imagery to figure out the last location of the aircraft before the emergency was reported.

GIS Applications in the Aviation Industry

The best part is that some GIS software applications are designed to help scientists identify the cause of aircraft failure. It gives you a clear picture of the defect in the aircraft and how exactly the failure is associated with the route taken by the pilot. It streamlines the navigation process. Flight monitoring has become possible with tools like FalconView and other GIS-based software apps. GIS has many applications in the aviation industry.

Other than flight monitoring, these tools are widely used to measure the height of the buildings and compare this data with the aircraft’s operation. The goal is to determine if the building’s height can lead to aircraft restrictions. Moreover, security authorities can also use GIS mapping to conduct crime analysis and ensure safe and smooth airport operations. In the case of a terror attack at the airport, GIS tools can be used to visualize the airport. In addition to that, GIS is used for automating lighting at the airport, which is quite important for safe landing and take-off. It also saves time and effort on lighting the area manually.