Electronic Sextant

Electronic sextants are advanced navigational instruments used in marine and aviation industries for celestial navigation. They are a modern alternative to traditional optical sextants and are designed to provide accurate measurements of celestial bodies' angles above the horizon.

Electronic sextants utilize electronic sensors and advanced algorithms to determine the angle between a celestial body (such as the sun, moon, or stars) and the observer's horizon. This information is then used to calculate the observer's position on the Earth's surface.

These instruments typically feature a digital display that shows the measured angle, as well as additional information such as time, date, and GPS coordinates. Some electronic sextants also have built-in GPS receivers, which further enhance their accuracy and usability.

Electronic sextants are compact, lightweight, and easy to use, making them popular among professional navigators, pilots, and sailors. They offer several advantages over traditional optical sextants, including faster and more accurate measurements, automatic data logging, and the ability to calculate position fixes more efficiently.

In summary, electronic sextants are advanced navigational instruments used for celestial navigation in marine and aviation industries. They provide accurate measurements of celestial bodies' angles above the horizon, helping determine the observer's position on the Earth's surface.