Sans Superellipse Wasy 2 is a very bold, very wide, low contrast, upright, normal x-height font visually similar to 'Drummer' by Harvester Type (names referenced only for comparison).
Keywords: headlines, posters, branding, sportswear, gaming, futuristic, tech, sci-fi, industrial, sporty, impact, modernity, tech feel, geometric consistency, distinctiveness, rounded, squared, geometric, modular, extended.
A broad, geometric sans with superellipse construction and squared, rounded-corner contours. Strokes are uniform and heavy, with softly radiused corners that keep the shapes smooth rather than sharp. Counters are compact and often rectangular, and several glyphs use purposeful cut-ins or slot-like openings (notably in forms like E, S, and numerals), reinforcing a modular, engineered feel. The rhythm is extended and stable, with a consistent baseline and a slightly mechanical, stencil-adjacent detailing in select characters.
Best suited to large-scale applications where its heavy weight and wide stance can read clearly: headlines, posters, packaging, tech branding, esports or gaming graphics, and UI-style hero text. It can work for short subheads or labels, but the dense counters and decorative slots are most effective when given generous size and spacing.
The overall tone is contemporary and tech-forward, evoking interface lettering, motorsport graphics, and sci‑fi titling. Its blocky curves and deliberate cutouts feel confident and utilitarian, with a sleek, synthetic personality rather than a humanist one.
The design appears intended to deliver a modern, engineered look built from rounded-rectangle geometry, balancing friendliness from softened corners with a high-impact, machine-like presence. The cut-in details and compact apertures suggest a focus on distinctive display recognition and a strong futuristic voice.
Diagonal strokes are clean and controlled (V/W/X/Y/Z), while round letters like O/Q stay closer to rounded rectangles than circles. The Q and R add small directional notches/legs that sharpen identification, and the numerals maintain the same squared, rounded geometry for a cohesive, display-oriented set.