Cocogoose Pro Narrows has been completely re-engineered in 2020 to include extra features and technologies. A darkmode weight range has been added to the whole family, to keep consistency of effect when the typeface is used in reverse on the web and in dark mode interfaces. Also, a new Ultra Compressed subfamily has been developed for display usage. Designed by Cosimo Lorenzo Pancini in 2013, Cocogoose was first expanded in 2015 with the help of Francesco Canovaro who co-designed the decorative display weights and Andrea Tartarelli who developed the condensed widths. In 2020 a full redesign of the typeface has been published: Cocogoose Pro now includes new widths, weights, open type features and characters, thanks to the help of Mario De Libero. Influenced by vernacular sign-painting and modernist ideals, Cocogoose is drawn on a classic geometric sans skeleton, softened by rounded corners and slight visual corrections. Its very low contrast, dark colour and tall x-height make it a solid choice for all designers looking for a powerful display typeface for logos, headings and vintage-inspired branding. The tall x-height makes texts set in Cocogoose very readable even at small sizes, while the bold regular weight allows for maximum impact when used as a branding, signage or decorative typeface. Cocogoose Pro was designed as a highly reliable tool for design problem solving, and given all the features a graphic designer needs, starting from its wide range of widths and weights. Its 2000+ latin, cyrillic and greek characters make sure it covers over 200 languages worldwide, while its comprehensive set of open type features allows faultless typesetting thanks to small capitals, positional numbers & case sensitive forms. A wide range of alternate letterforms, developed along nine different stylistic sets, gives you an extra level of design fine-tuning. The layerable and colour-ready display variants include inline, outline, shadow and a letterpress version that can simulate the effect of old print, also thanks to programmed randomization of its letters.