Paper types and sizes for historical maps
Choose exactly the size you want
The historical maps come in very different formats: some are almost square, others long and narrow. That is why we make every map in exactly the size you want, in the map's own proportions. The map is never stretched, squeezed or cropped.
On the map page you can see the map's format, for example “1 : 1.14 (portrait)”. Choose the width or height with the slider or by typing a measurement, and the other side is calculated automatically. The price updates straight away and depends on size and paper.
- Shortest side: from 20 cm to 105 cm
- Longest side: up to 200 cm
- If you would like a size outside this range, get in touch and we will find a solution.
Every map is printed from Kartverket's high-resolution scan and cut to exact size in our own print studio in Trondheim.
Paper types
Matt map paper 180 g (standard)
A heavy, ultra-white paper with a thick matt coating. The smooth surface gives high resolution and accurate colour reproduction, and the paper is made with maps in mind. A safe choice for the wall, the office or as a gift.
- Weight: 180 g/m²
- Surface: matt, ultra white
- Opacity: 97%
Download data sheet (PDF, Norwegian)
Fine art paper 245 g
A natural white, matt fine art paper without optical brighteners. The smooth surface gives an authentic feel and rich detail that suits old maps well. The paper is FSC certified and acid and chlorine free.
- Weight: 245 g/m², thickness 300 µm
- Surface: matt, natural white, no optical brighteners
- Opacity: 98%
- FSC certified, acid and chlorine free
Download data sheet (PDF, Norwegian)
Water- and tear-resistant (Tyvek)
Tyvek® Brillion Jetprint® 4173D is a durable synthetic material. It is tear-resistant, water-repellent and dimensionally stable, and stands up to frequent handling. The smooth surface gives good colour reproduction and sharp detail. A good choice for maps used on hikes, in a boat or in the field.
- Weight: 75 g/m²
- Tear-resistant and water-repellent
- Dimensionally stable, uncoated synthetic material