Sans Superellipse Fekat 13 is a very bold, narrow, low contrast, italic, normal x-height font visually similar to 'AG Book W1G' by Berthold, 'Area' by Blaze Type, and 'Ordina' by Schriftlabor (names referenced only for comparison).
Keywords: headlines, posters, branding, packaging, sportswear, sporty, dynamic, punchy, confident, retro, impact, speed, space-saving, attention, modernity, condensed, slanted, rounded, blunt, compact.
A compact, slanted sans with heavy, blunt-ended strokes and tightly packed proportions. Curves are broad and smooth with rounded, superellipse-like bowls, while joins and terminals stay simple and sturdy rather than calligraphic. Counters are relatively small for the weight, giving the texture a dense, poster-ready color, and the overall rhythm feels brisk due to the consistent forward lean and condensed width.
Best suited to short, high-impact text such as headlines, posters, product packaging, and logo or wordmark-driven branding where a strong, condensed slant can carry emphasis. It can also work for sports-themed graphics, promotional signage, and social media titles where dense letterforms help maintain presence at varying sizes.
The tone is energetic and assertive, with a fast, sporty feel that reads like motion and urgency. Its rounded geometry keeps it friendly rather than harsh, while the dense weight and slant add a bold, attention-grabbing attitude that can skew slightly retro in display settings.
The design appears intended to deliver maximum punch in limited horizontal space, combining compact proportions with a forward-leaning stance for a sense of speed. Rounded, superellipse-based curves suggest an aim for modern approachability while preserving a rugged, high-energy display character.
Uppercase forms appear built for impact with wide curves and minimal modulation, while lowercase keeps a straightforward, contemporary sans structure. Numerals match the same compact, heavy construction, maintaining a uniform, high-contrast presence against the page through large, dark shapes and tight internal spaces.