Why Global Positioning System Navigation Gets You From A to B

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A navigational system that can accurately locate your location anywhere on the earth is tagged as a global positioning system. This technology is accessible to everyone, everywhere, day and night, and best of all, at no cost for use of the navigational data.

The satellites transmits information back to earth just by looking into the transmitter, a Global Positioning System receiver can process and be able to know your location wherever you are here on earth. Global Positioning System uses 24 satellites which are located 11,000 miles above the Earth. It works 24 hours a day in all weather conditions, and can be used worldwide for accurate navigation on land, water, and even in the air. 

Some of its many current applications include: boating, fishing, hunting, scouting on land or from the air, hiking, camping, biking, rafting, pack trips by horseback, hot air ballooning, general aviation, snowmobiling and skiing, search and rescue operations, emergency vehicle tracking, off-road, highway driving and a host of other outdoor activities where accurate positioning is helpful.

Global Positioning System helps you decide exactly where you are or where to find something or someone. Global Positioning System was originally designed to provide navigation information for ships and planes. So it’s no surprise that while this technology is appropriate for navigating on water, it’s also very useful in the air and on the land.

It’s remarkable that the boat, one of our oldest channels of transportation, has been revolutionized by Global Positioning System, the newest navigation technology. Trimble introduced the world’s first Global Positioning System receiver for marine navigation in 1985. And as you would expect, navigating the world’s oceans and waterways is more accurate now than ever.

Today you will find various receivers on vessels the world over, from hardworking fishing boats and long-haul container ships, to elegant luxury cruise ships and recreational boaters. A New Zealand commercial fishing company uses Global Positioning System so they can return to their best fishing holes without wandering into the wrong waters in the process.

But Global Positioning System navigation doesn’t end at the shore. 

The GPS Product Team is working to successfully field a Global Positioning System-based navigation capability in the United States to cover all phases of flight from enroute through surface navigation. The FAA is working to overcome the deficiencies in today’s air traffic infrastructure and guide the future of the United States’ National Airspace System (NAS). To do this, the FAA is developing two satellite-based systems, the Wide Area Augmentation System (WAAS) and the Local Area Augmentation System (LAAS), which will provide the accuracy, availability, and integrity needed to use GPS as a primary means of navigation in the U.S. National Airspace System (NAS). 

These systems will provide accurate, continuous, and all-weather coverage to satisfy today’s aviation needs. The SatNav Team, along with other FAA organizations and numerous governmental and non-governmental agencies, aims to pave the way for a smooth transition to satellite navigation.

The GPS Product Team is continuously working with internal FAA groups, as well as agencies and organizations outside of the FAA, to promote the benefits of satellite-based augmentation systems (SBASs) and promote the goal of a single integrated Global Navigation Satellite System (GNSS).

These Satellite Navigation Product Teams are also encouraging regional development and the implementation of satellite navigation worldwide. Work with other Civil Aviation Authorities is ongoing to exchange information regarding navigation technologies and the impact these new technologies have on air traffic control and management. Seamless satellite navigation and positioning system that transcends national boundaries will provide significant safety and efficiency benefits to aviation around the globe.

Flying a single-engine Piper Cub or a commercial jumbo jet requires the same exact navigation information, and GPS puts it all at the pilot’s fingertips as safely as probable. 

By providing more accurate navigation tools and precise landing systems, Global Positioning System not only makes flying safer, but also more efficient. With precise point-to-point navigation, Global Positioning System saves fuel and extends an aircraft’s range by ensuring pilots don’t stray from the most direct routes to their destinations. 

Global Positioning System accuracy will also allow closer aircraft separations on more direct routes, which in turn mean more planes, can occupy our limited airspace. This is especially helpful when you’re landing a plane in the middle of mountains. And small medical evac helicopters benefit from the extra minutes saved by the accuracy of GPS navigation. With a GPS Navigation, lives can be saved.

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