Collection: Blank world maps

🌍 Blank World Map Collection – For school or decoration.

This collection of blank world maps has been designed to serve two distinct purposes: classroom learning and wall decoration . Whether you're a teacher, head teacher, or simply a geography enthusiast, you'll find the map you need here.

📚 Blank world maps, ideal for geography games

The classic versions of my blank world maps are ideal for classroom teaching activities . Free of names and geographical data and created using the Van der Grinten projection, they provide an ideal neutral basis for developing interactive exercises and fun games. Teachers can thus actively stimulate learning:

👉 “Show me the capital of Morocco”
👉 “Where is the flag of Spain?”
👉 “Color the countries of South America”

These blank planispheres promote visual memorization, student autonomy and make geography lessons more lively and participatory, from primary school to high school.

🎨 Purely decorative world maps

For environments that prioritize aesthetics, such as a waiting room, a living room, an office, or even a master suite – I also offer blank world maps with a clean style , without text or visual overload. A sober and refined aesthetic that enhances any wall while maintaining a strong geographical dimension.

No. 1: The Winkel-Tripel projection

The Winkel-Tripel projection is a map projection often used to create world maps. It was developed in 1921 by German astronomer Oswald Winkel and is a combination of the equatorial equal-area projection and the azimuth equal-area projection.

On a blank world map in the Winkel-Tripel projection, the equatorial zones are relatively well represented, as are the temperate zones. However, the polar zones are very stretched, which can make it difficult to represent these areas on a small-scale map. The Winkel-Tripel projection is therefore better suited for large-scale maps.

Furthermore, the Winkel-Tripel projection is considered a compromise projection, as it attempts to strike a balance between shape accuracy and size accuracy. While not perfect, it is widely used because it is easy to visualize and read. It is often considered more aesthetically pleasing than some other, more accurate projections.

A blank world map in Winkel-Tripel projection can be used to represent many geographic information, such as national borders, cities, rivers, mountain ranges, climate zones, and vegetation zones.

No. 2: Miller's projection

Miller projection world map

The Miller Cylindrical Projection is a map projection developed in 1942 by the American Osborn Maitland Miller . This projection is a cylindrical projection, meaning that it is transformed by placing a cylinder around the Earth's globe and projecting the points on the globe onto the cylinder.

On a blank world map in the Miller Cylindrical projection , lines of longitude appear as straight vertical lines, while lines of latitude are straight horizontal lines. This means that equatorial areas are slightly enlarged compared to reality, while polar areas are slightly shrunk. This distortion of the relative size of areas can be a disadvantage for some cartographic uses.

However, the cylindrical Miller projection has the advantage of producing a map that is relatively easy to read and interpret. It is often used for wall maps and general political maps, as it allows borders and country names to be designated clearly and consistently. It is also useful for weather maps and climate maps , as it allows temperature zones and winds to be designated relatively accurately.

In summary, a blank world map in the Miller Cylindrical projection is a simple map to read and interpret, which can be used for a variety of cartographic purposes, including political and meteorological maps. However, the relative distortion of area sizes can be a disadvantage for some uses, and it is not as accurate as other, more complex projections.

No. 3: The Mercator projection

The Mercator projection is a cylindrical map projection developed by the Flemish cartographer Gerardus Mercator in 1569. This projection is one of the best known and most used in the world of cartography.

On a blank world map in Mercator projection, lines of longitude appear as straight vertical lines and lines of latitude as straight horizontal lines, giving the map a rectangular appearance . This projection is particularly useful for maritime navigation because it preserves angles and angle shapes, making it easy to plot straight sailing routes and calculate distances.

However, the Mercator projection has the disadvantage of distorting the relative size of areas based on their latitude. Areas near the equator are represented relatively accurately, but the closer one gets to the poles, the more distorted the areas become. For example, Greenland appears much larger than Africa, although in reality, Africa is about 14 times larger than Greenland.

In summary, a blank world map in Mercator projection is often used for navigation at sea and for political maps, because it is easy to read and interpret . However, the relative distortion of area sizes can be a disadvantage for some uses, especially for the accurate representation of country and continent sizes.

No. 4: The van der Grinten projection

The van der Grinten projection is a map projection developed in 1904 by the Dutch engineer Alphons J. van der Grinten . This projection is a non-conformal projection, meaning that angles are preserved, but the shapes and sizes of areas are distorted.

On a blank world map in van der Grinten projection, the shapes of the continents are fairly well preserved, making the map easier to read. The equatorial zones appear rather wide, and the polar zones are narrow. The lines of longitude are curved, and the lines of latitude are straight, giving the map a circular appearance.

This projection is often used for thematic maps and for maps where it is important to highlight a particular area, such as climate or temperature maps . It is also useful for world maps that convey a global representation, but are not intended to be used for navigation.

In summary, a blank world map in van der Grinten projection is an easy-to-read map that preserves the shape of the continents. However, the area sizes are distorted and the polar regions are shrunk, which can be a disadvantage for some cartographic uses.

No. 5: Robinson's projection

The Robinson projection is a map projection created by American cartographer Arthur H. Robinson in 1963. This projection is a pseudo-cylindrical projection, which combines the advantages of the cylindrical and conical projections.

On a blank world map in Robinson projection, the equatorial areas are slightly enlarged compared to reality, while the polar areas are slightly shrunk, giving the map a somewhat oval appearance . The lines of longitude are straight and the lines of latitude are curved, giving the map an elegant appearance.

This projection is often used for general maps and political maps because it preserves the shapes and sizes of continents well. It is also useful for thematic maps, such as climate maps and environmental maps.

However, the Robinson projection also has drawbacks, including significant distortion of areas at high latitudes. Areas near the North and South Poles are significantly stretched, which can make representing these areas difficult.

In summary, a blank world map in Robinson projection is an aesthetically pleasing and easy-to-read map that preserves the shapes and sizes of continents well. Unfortunately, it can be less accurate for polar regions and high latitudes.

No. 6: Equirectangular projection

World map equirectangular projection of the Earth

The equirectangular projection is a map projection that projects the Earth's surface onto a rectangle. This projection is also known as the equidistant cylindrical projection because it preserves distances along meridians and parallels.

On a blank world map in equirectangular projection , lines of longitude are represented by straight vertical lines and lines of latitude are represented by straight horizontal lines, giving the map a rectangular appearance. Meridians are spaced evenly and parallels are spaced evenly.

This projection is often used for climate maps and thematic maps , as it allows for accurate representation of geographic data. It is also useful for representing equatorial areas, which appear without distortion on the map.

However, the equirectangular projection has drawbacks. Areas at high latitudes are significantly stretched, which can make representing these areas difficult. In addition, this projection does not preserve the shapes of continents , which can lead to significant distortions in the sizes of areas.

In summary, a blank world map in equirectangular projection is frequently used for thematic maps and climate maps because it allows for accurate representation of geographic data . However, it may be less accurate for areas at high latitudes and does not preserve the shapes of continents.

No. 7: The Time Projection

A world map projection Time is a map that shows the time zones around the world. It is also called a time zone map or time map.

On a blank world map, each time zone is represented by a vertical stripe running north to south across the map. Time zones are often represented in color, with darker shades for time zones further from Coordinated Universal Time (UTC). The times in different time zones are often labeled on the map, making it easy to calculate the time difference between different locations around the world.

Time blank world maps are frequently used for international travel planning , for coordinating global events, and for applications requiring accurate representation of time in different parts of the world.

However, it's important to note that time zones don't always follow country or geographic region boundaries, which can sometimes cause inconsistencies. Additionally, some countries use different time zones than their geographic region, which can make reading the blank world map a bit tricky in some cases.

In summary, a blank world time map is a useful map for planning international travel and coordinating global events. However, it is important to consider time zone differences between geographic regions and countries.

No. 8: The blank planisphere projection Subdivision

The Blank Planisphere Projection Subdivision is a world map that shows the administrative subdivisions of countries, such as states, provinces, regions, departments, counties, municipalities, etc. This map uses a map projection to represent the Earth's surface on a plane.

The Subdivision projection is an equidistant projection, which preserves distances along meridians and parallels. This projection is often used for thematic maps and administrative maps, as it allows for accurate representation of geographic data .

On a blank world map projection subdivision, each country is divided into different administrative subdivisions, which are usually represented in different colors. The names of the subdivisions are usually indicated on the map, which allows a better understanding of the different levels of administration.

However, this projection has drawbacks, such as distorting the shapes and sizes of countries at high latitudes. In addition, some subdivisions may be too small to be easily distinguished on the map, which can make reading the map a little difficult in some cases.

In summary, a blank world map with a subdivision projection is usually used for administrative maps because it allows for accurate representation of geographic data. However, it is important to note that this projection can lead to distortions in the shape and size of countries and subdivisions, especially at high latitudes.

Countries, continents and blank world.

If you are looking for a blank map of a country, a particular continent, for example; France, Spain, Italy, the American continent and many others or if you are looking for a blank world map with the color of your choice, the site mapchart.net offers interactive maps in high definition and large format, which you can fully customize with many features such as removing or coloring borders, changing the background color, removing or adding a legend.

This completely free website is ideal for anyone wanting to study geography and discover the world.