Sans Superellipse Wari 13 is a very bold, very wide, monoline, upright, tall x-height font visually similar to 'Winner Sans' by sportsfonts (names referenced only for comparison).
Keywords: headlines, logos, posters, gaming, sports branding, futuristic, tech, industrial, sporty, assertive, impact, futurism, precision, speed, branding, rounded corners, square-oval, blocky, compact counters, stencil-like cuts.
A heavy, block-driven sans with rounded-rectangle construction and softly radiused corners. Curves resolve into squarish bowls (notably in O, C, D, and e), while diagonals in A, K, V, W, X, and Y are clean and geometric. Several letters feature horizontal “breaks” or cut-ins (seen in forms like S, G, and some numerals), creating a layered, engineered rhythm. Spacing and proportions favor strong silhouettes with relatively compact counters and short joins, producing a dense, high-impact texture in lines of text.
Best suited for display typography where strong geometry and wide presence are advantages—headlines, branding marks, esports/gaming visuals, sports or automotive themes, and UI/packaging that wants a technical, futuristic voice. It can work for short text blocks, but the dense counters and heavy texture favor larger sizes and ample spacing.
The tone is modern and machine-made, blending a sci‑fi dashboard feel with a sporty, performance-oriented attitude. Its squared rounds and strategic cuts suggest engineered precision and speed, reading as confident and slightly aggressive rather than friendly.
The design appears intended to deliver a powerful, contemporary sans built from rounded-rectangle forms, emphasizing strong silhouettes and a techno-industrial character. The recurring cut details look purposeful—adding motion and differentiation while reinforcing a constructed, hardware-like aesthetic.
Round characters lean toward superelliptical shapes, and terminals are consistently blunt with uniform rounding. Numerals follow the same system, with wide, aerodynamic forms and occasional internal notches that help differentiate shapes at display sizes.