Sans Superellipse Vekim 11 is a regular weight, wide, low contrast, italic, normal x-height font visually similar to 'Kyber Ricon' by TypeClassHeroes (names referenced only for comparison).
Keywords: tech branding, ui display, headlines, transportation, sports graphics, futuristic, technical, sleek, sporty, clean, modernize, add speed, signal tech, improve clarity, soften geometry, rounded corners, oblique slant, geometric, extended, streamlined.
A streamlined oblique sans with extended proportions and rounded-rectangle construction. Strokes are even and low in contrast, with softened terminals and squared-off curves that read as superelliptical rather than purely circular. Counters are open and tidy, and the overall rhythm is airy due to generous width and spacing. The slant is consistent across caps and lowercase, giving the design a forward-leaning flow while keeping forms crisp and controlled.
Best suited for display and interface-forward applications where clarity and a futuristic edge are desirable: product branding for tech and automotive, app and dashboard UI headings, packaging, posters, and sports or esports graphics. It performs especially well at medium-to-large sizes where the rounded-square details and oblique rhythm remain prominent.
The font conveys a modern, engineered tone—fast, precise, and contemporary. Its rounded-square geometry and consistent slant suggest technology, mobility, and performance-oriented branding rather than editorial warmth.
The design appears intended to merge geometric precision with friendly rounding, producing a fast, contemporary voice without sharp harshness. Its extended width, consistent oblique angle, and superelliptical curves aim to signal modernity and efficiency while maintaining straightforward legibility.
Distinctive squared curves show up in rounded letters like C, O, Q, and G, while diagonals stay sharp and clean in A, V, W, X, and Y. Numerals follow the same rounded-rectangle logic, with a particularly boxy 0 and angular, italicized figures that suit technical readouts and interface-style typography.