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Air Navigation is a real-time aircraft moving map navigation application for various devices such as mobiles & desktops. It contains free maps of the entire world as well as official instrument flight rules (IFR) and virtual flight rules (VFR) charts for many countries. It includes thousands of airports and waypoints, elevation information and features route planning, and DIRECT-TO orders to help navigate aircrafts. Pilots have various navigation aids that help them take off, fly, and land safely. Both external navigational aids and on-board systems help navigate any aircraft over thousands of miles with accuracy.
Increase in procurement and delivery of aircrafts, majorly commercial aircrafts, is responsible to drive the growth of the aircraft navigation software market. Other factors that drives the aircraft navigation software industry are standard regulations set in the aviation industry and increase in airspace congestion for aircrafts. However, factors such as high maintenance cost of software and stringent government policies hinder the market. Contrarily, introduction of new technologies to provide updated version of navigation software for flights and to bring better management systems to handle air traffic are anticipated to provide various opportunities for the market. Development of advanced autonomous regional satellite navigation systems is anticipated to boost growth of the aircraft navigation software market in the future.
Route frequency has increased in the aviation industry in recent years, which leads to more congested airports. Increase in flights has corresponded with an increase in aircraft accidents and close calls. Adoption of next generation technological advancements would help in navigating through congestion. Automatic dependent surveillance-broadcast (ADS-B) is a technology that allows pilots in the cockpit and air traffic controllers on the ground to track aircraft traffic with more accuracy than other systems, specifically radar. ADS-B relies on the global navigation satellite system to determine an aircraft’s precise location. The position data is combined with other information such as aircraft type, speed, altitude, and flight number. The information is converted into a digital message and broadcasted via a radio transmitter. To boost the efficiency of automatic dependent surveillance-broadcast in aircrafts, they are integrated with navigation tools to provide accuracy of air traffic and location data. Therefore, rise in adoption of automatic dependent surveillance-broadcast technology drives growth of the aircraft navigation software market.
Unmanned aerial vehicles (UAVs) are becoming a larger player in the aviation industry with civilian uses increasing. UAVs can perform a wide variety of tasks in civilian environments including remote sensing, transport, scientific research, and search & rescue operations. UAVs can be fitted with various sensors, cameras, and instruments to capture scientific or research data. Aircraft can also be used to transport cargo, such as medicine or food to locations that cannot be reached by land after a catastrophic event. Local and state agencies can use UAVs to monitor engineering sites, waterways, pipelines, high crime areas, crowded settings, traffic and security situations, pollution levels, forest fire movement and crop surveillance. UAVs are aircrafts that are operated remotely and integration of aircraft navigation software in UAV allows to navigate air traffic, security, and surveillance in rescue operations. Thus, rise in adoption of aircraft navigation software in UAV dives the aircraft navigation software market demand.
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