Unigeo font

Unigeo

Font

Unigeo

Author

Zetafonts

Fonts

24

Added

Dec 21, 2023

Description

Author's note

The font here is for personal and non-commercial use only. To download the full font family (all weights, glyphs, and numbers) and acquire the commercial license, please visit our website at https://www.zetafonts.com/unigeo

Join the exclusive Type Club to get free fonts and special offers on new releases at https://www.zetafonts.com/typeclub

CONTACT US:
Website: https://www.zetafonts.com
Email: info@zetafonts.com

Designed by Cosimo Lorenzo Pancini with the help of Francesco Canovaro, Unigeo is an eulogy to the design style of vintage computing, with its obsession for geometric modularity, ultra-tight tracking, and striped rainbow overload. It aims to give a new perspective to the ever-useful geometric sans genre by adding a vintage flair to selected letters while keeping optical adjustments to a minimum to prioritize the modular, constructed look aspect of the typeface.

Furthermore, like every vintage gaming system, Unigeo has been developed with different "memory versions": 32, 64, and 128. The main family, Unigeo 64, is display and logo-design oriented, featuring tight tracking and iconic signature letterforms, and referencing vintage design and typefaces from the photo-lettering era. These letterforms are substituted in the Unigeo 32 variant with more contemporary shapes, resulting in a workhorse geometric sans, highly optimized for text use but still suited for logo design and display use thanks to its wide weight range. Lastly, the Unigeo 128 subfamily gives the same skeleton a striped treatment reminiscent of optical art and modernist computer logos.

All Unigeo families are developed in eight weights, ranging from Thin to Extrabold, for a total of 40 styles, each provided with an extended character set covering languages using Latin, Cyrillic, and Greek glyphs. Full OpenType features are provided, including positional numbers, ligatures, and alternate glyphs, as well as a variable font version for each subfamily.