![]() Major manufacturers then offered increasingly integrated solutions adapted to each use where the precision of the receivers and the user interface are optimized to constantly improve productivity.īut today, the integration of precision GNSS chips is becoming more affordable by becoming affordable and making it easy to imagine all kinds of practical uses. Precision receivers have historically been developed for professional applications. Precision receivers (RTK), which will be able to integrate external correction data allowing them to increase their precision.Consumer receivers (Watches, telephones, tablets, cars etc…) which will work only in natural mode without the possibility of improving their precision thanks to corrections.We distinguish two types of GNSS receivers: It is thus possible to quantify the various errors and to correct them in order to then be able to share them with other GPS located in the same conditions (nearby). The correction data are obtained from fixed GPS (reference station) placed on positions whose coordinates are perfectly known. GPS will have to integrate additional data into their positioning calculations in order to correct the various errors related to this technology. Corrections to gain precisionįor its accuracy to be increased and usable in agricultural work, surveying, machine guidance or in many other fields of application (see) It requires corrections. ![]() This precision, which is sufficient for many consumer applications, can be corrected to obtain much better precision and make this technology usable by professionals for their precision work. Need to refine positionĪ standard GPS gives an approximate natural position with an accuracy of a few meters. This constellation of satellites, which was the first in history, therefore left its name to geopositioning technology. However, this term is actually the name of a set of 24 American satellites placed in orbit at an altitude of 20,000 km. Generally by misuse of language, we used the generic term GPS for Global Positioning System to describe the various geopositioning equipment. This term includes all the equipment and installations allowing positioning by satellites. GNSS stands for Geolocation and Navigation by a Satellite System. Our various services are marketed in the form of subscriptions or hourly packages. Since 2015 a enthusiastic team is working ont this nice project to find and share the best routes and the most beautiful destination for any kind of biking.Ĭlick here to discover the French Divide route on Outdooractive.The Orphéon network is made up of nearly 220 observation stations, spread over the entire territory of mainland France and the West Indies.Īll of our stations form a large balanced RTK network that allows us to deliver centimetric GNSS corrections to our many customers to increase the accuracy of their precision GPS. Distance, climbing, difficulty and cues on what you will find on the way. Thanks to their website you will discover each of the 20 sections of the route in detail. This year we are pleased to share the French Divide trace with Outdooractive. Since then, we have been trying to offer you new ones that are, admittedly less known, but not for all that easy. ![]() The highest Col, during the 1st edition was the Tourmalet. ![]() The route will lead the racers on the though roads of Mons-en-Pévèle, Bersée, Orchies, Trench of Wallers-Arenberg that made the history of the Hell of the North.Īn opportunity for our participants to seek their inner self on a beautiful touristic trail and also a chance to discover a part of the french heritage. It is impossible to cross the North of France without riding on the legendary cobbles of Paris-Roubaix. depending on the year, you will pass through Cassel, Mont des Cat, Kemmelberg …. The route will be a great mix of legendary places and roads that many cyclists have dreams (or nightmares) about! Flanders Mounts: ![]()
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