Flight Simulator

The job of a pilot isn’t confined to learning how to handle different components of an aircraft. It’s rather a complex job involving tools and technology used to view the surroundings in a three-dimensional format. With the advancement of technology, it has become possible for pilots to create 3D pictures of the areas, elevation, and other obstacles so that they can execute the flying operations without any hassle.

Ever since the uses of GIS were recognized by the aviation industry, tasks like navigating the route, getting a clear picture of the obstacles that might interfere with the flying operations, and airport management, are more streamlined than ever before. From airport security to safe runway operations and smooth navigation once the aircraft takes off, the geographical information system (GIS) has become users’ go-to choice for all types of flying and landing operations.

How Does it Help?

Likewise, there has been a growing demand for a GIS-based flight simulator—a device used for mapping the area and giving pilots a 3D picture of the heights, land, and area in the space. The device is used to help pilots in navigation. The primary purpose of a flight simulator is to train a pilot. It creates an artificial aircraft, as well as the environment where it will fly.

A simulator teaches aspiring pilots everything they need to know about the aircraft, how it works, how it responds to external factors, such as wind, weather, precipitation, and how other aircraft in the air look. In addition to pilot training, flight simulators have many applications. For instance, this 3D geo-spatial technology is used for the construction and designing of the aircraft itself. Scientists researching the flight control system and features of an aircraft can use a flight simulator to ensure the smooth functioning of the aircraft.

What is the Flight Simulator Used for?

A vast array of pilot training devices have been launched so far, each offering unique functions and playing an important role in flight training. Cockpit Procedures Trainer (CPT) is one such advanced tool that helps make pilots familiar with cockpit procedures. Put it in simple terms, a flight simulator is a virtual device used for simulating the flying environment and the machine for a pilot.

As mentioned earlier, the primary goal of developing this 3D aircraft stimulating device is to understand the working of an aircraft and how the operation takes place, but scientists and contractors have been using this technology for aircraft designing and aircraft control management operations too.

Not only is it a safer way to train pilots, but virtual aircraft simulators cost much lower than training in the air. The simulator features an audio system for seamless communication, a display unit, and several control devices. The best part is that you can achieve repetition of the environmental conditions for better and thorough practice. As tempting as it sounds to train a pilot with a flight simulator, the device may not help release the stress a pilot experiences when flying a real aircraft or working in an actual flying environment.