Sans Superellipse Edgiy 2 is a regular weight, wide, medium contrast, italic, tall x-height font visually similar to 'PT Winkell Pro' by Paavola Type Studio (names referenced only for comparison).
Keywords: headlines, branding, posters, ui display, sports graphics, futuristic, technical, sporty, sleek, mechanical, contemporary tech, speed emphasis, industrial geometry, display clarity, systematic styling, rounded corners, oblique, squared bowls, monolinear, geometric.
A streamlined oblique sans built from rounded-rectangle geometry, with squared bowls, chamfer-like corner transitions, and mostly monolinear strokes. Curves tend to resolve into flattened arcs and softened right angles, giving round letters a superelliptical feel rather than true circles. Spacing reads open and airy, while the slant and slightly extended horizontals create a fast, forward-leaning rhythm. Numerals and capitals share the same squared, softened construction for a consistent, engineered texture.
Best suited to short-to-medium display text where its slanted, squared-rounded structure can read clearly: tech branding, esports and motorsport graphics, product packaging, and interface headings for dashboards or HUD-like layouts. It can also work for logotypes and titling where a controlled, engineered aesthetic is desired.
The overall tone is futuristic and technical, with a sporty, motion-driven attitude. Its rounded-square forms and crisp terminals suggest industrial design, dashboards, and sci‑fi interfaces rather than humanist warmth.
The design appears intended to translate rounded-rectangle industrial forms into an energetic oblique text style—prioritizing a coherent geometric system, strong silhouette, and a sense of speed for contemporary tech and sports-oriented communication.
Distinctive details include boxy counters in O/C/D-like forms, a single-storey a, and simplified, angular joins that keep diagonals clean in letters like K, N, and X. The uppercase set feels display-oriented with strong presence, while the lowercase keeps the same geometric logic for cohesive mixed-case settings.