When trying to map something in the Netherlands there are roughly two systems which are commonly used. The internationally known WGS84 system and the Dutch system called “Rijksdriehoek”. Both are used and while WGS84 is gradually becomming the standard a large number of goverment and semi-goverment organisations still use the “Rijksdriehoek” to determine a position on the map.
The Rijksdriehoek, also known as the Dutch grid system, is a coordinate reference system used in the Netherlands for mapping and geolocation purposes. It was established by the Dutch government in the 19th century to provide a standardized way of describing locations on maps and for surveying land.
The system is based on a grid of coordinates, with each point in the country assigned a unique combination of x and y values. These coordinates are expressed in meters, and they refer to the distance eastward (x) and northward (y) from a specific reference point, known as the “Amersfoort Datum” or the RD origin.
This grid system is widely used in various applications, including cartography, land surveying, navigation, and in the design of infrastructure projects. It provides a precise and consistent way to define locations across the entire Netherlands, making it an essential tool for activities related to land management, construction, and geographic information systems (GIS).
Overall, the Rijksdriehoek plays a crucial role in ensuring accurate and standardised spatial information throughout the Netherlands.
WGS84, or World Geodetic System 1984, is a global standard used to define positions on the Earth’s surface. It serves as a reference framework for accurately measuring and representing locations in terms of latitude, longitude, and altitude. This system employs a mathematical model known as an ellipsoid to approximate the shape of the Earth, considering it as a slightly flattened sphere. WGS84 is internationally recognized and widely adopted for various applications, including GPS navigation, mapping, and geographic information systems (GIS). It’s worth noting that while “1984” refers to the year of its initial release, the system has undergone refinements to account for changes in the Earth’s shape over time. GPS devices…