Navic map

It consists of 8 satellites located at approximately 36,000 Km above sea level. Three satellites are in geostationary orbit, while the other five are in inclined geosynchronous orbit. Five more satellites are planned to be launched. The working of NavIC is similar to that of GPS. It provides an accuracy of better than 10m throughout the Indian landmass and better than 10m in the Indian ocean. However, the use case of NavIC is limited and is predominantly used in public vehicle tracking. Also, for providing emergency warning alerts to fishermen out in the sea and for tracking and providing information about natural disasters. India's government now wants to increase its use by making it more common in smartphones. NavIC vs GPS GPS or Global Positioning System, the universally used navigation system, competes directly with NavIC. The main difference between NavIC and GPS is the area of operation. GPS is available worldwide, while NavIC is limited to India and adjacent regions. There is a plan to make NavIC available all over the globe in the future. As it is available worldwide and needs to cater to much more areas, GPS has a much superior satellite network. It has 31 satellites in operation, compared to 8 of NavIC. All of these satellites are geosynchronous satellites, compared to two different types of satellites used by NavIC. The accuracy of both NavIC and GPS for civilians is 20 meters, so you're not going to gain better accuracy with either of the systems. Smartphones ...

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While NavIC is an independent stand-alone navigation satellite system, currently operating on a regional scale, the Indian government has clarified its stand on developing it as a global satellite navigation system, on par with the US’s GPS, Russia’s GLONASS, Europe’s Galileo and China’s BeiDou, in coming years. In its present status, NavIC is competing with QZSS from Japan, which also targets only the Japanese and neighbouring regions. South Korea, which currently uses GPS, is also working to construct a satellite-based augmentation system (SBAS), which could help in accelerating the development of self-driving technology such as autonomous vehicles and drones in that country. Because of its strict security policies of mapping data and its strained political relations with its neighbouring country, North Korea, South Korea has not allowed Google to store its locational data on a foreign server, thus restricting the use of Google Maps in the country. Also Read: ‘Chandrayaan-3 to be launched in July’: ISRO chief Even though South Korea has local mapping services including Naver, Kakao, and T Map for regional navigation, these are often not very tourist friendly since they are primarily in Korean language. But South Korea aims to establish its own navigation service by 2035, further reducing positioning errors to the centimetre level. What is NavIC? To meet positioning, navigation and timing requirements of India, Isro established a regional navigation satellite system calle...

While India is certainly late to the development of an indigenous satellite navigation system, it’s still a huge advancement as only a handful of countries have made to the elite club so far. In case you are unaware, India has announced its autonomous satellite navigation system for public use after 7 years of rigorous development, testing, and evaluation. Starting this year, you can have commercial smartphones, fitness bands, and vehicles with the NavIC positioning system. In a way, it will replace GPS, and that is going to be fascinating to watch, at least in India. So, if you want to learn, what is NavIC and how it is better than GPS then go through our explainer point by point. India’s NavIC System Explained Before we wade into technicality, let’s first know what NavIC stands for. NavIC is a short form for Navigation with Indian Constellation and is a popular moniker among the general public for India’s GPS alternative. Actually, the name of the project is IRNSS which elaborates to Indian Regional Navigation Satellite System. By now, you might have got a faint idea about the objective of NavIC but let me explain thoroughly. NavIC is a regional navigation satellite system built by India for India. It’s designed by ISRO for accurate real-time positioning, timing services, and messaging. Basically, it’s an alternative to GPS (Global Positioning System) which is developed and run by the US. The prime difference between NavIC and GPS is that the former is built primarily fo...

• Also read in: • ISRO’s new NavIC satellite launches successfully: Why a regional navigation system matters to India Each of the seven satellites currently in the Indian Regional Navigation Satellite System (IRNSS) constellation, operationally named NavIC, weighed much less — around 1,425 kg — at liftoff. They all rode the lighter PSLV, ISRO’s workhorse launch rocket. The Indian Space Research Organisation Each of the seven satellites currently in the Indian Regional Navigation Satellite System (IRNSS) constellation, operationally named NavIC, weighed much less — around 1,425 kg — at liftoff. They all rode the lighter Polar Satellite Launch Vehicle (PSLV), ISRO’s workhorse launch rocket. ISRO’s GSLV rocket on its way to deploy navigation satellite NVS-01 into a Geosynchronous Transfer Orbit, lifted off from the Satish Dhawan Space Centre in Sriharikota, Monday, May 29, 2023. (PTI Photo/R Senthilkumar) The last IRNSS satellite, IRNSS-1I, was launched in April 2018 to replace an older, partially defunct satellite in the constellation. IRNSS-1I was What’s new in the second-generation NavIC satellite? As stated above, the second-generation satellite — christened NVS-01, the first of ISRO’s NVS series of payloads — is heavier. Other than that: Atomic Clock: The satellite will have a Rubidium atomic clock onboard, a significant technology developed by India. “The space-qualified Rubidium atomic clock indigenously developed by Space Application Centre- L1 signals for better use ...