Sans Superellipse Ergu 2 is a bold, normal width, low contrast, italic, normal x-height font visually similar to 'Beachwood' by Swell Type (names referenced only for comparison).
Keywords: headlines, posters, branding, sports, technology, futuristic, technical, sporty, dynamic, industrial, speed, modernity, precision, impact, tech feel, slanted, squared, rounded, condensed caps, angular.
A slanted geometric sans with squared, superelliptical bowls and generously rounded corners. Strokes stay uniform and sturdy, with a slightly condensed feel in the capitals and more open, extended shapes in the lowercase, creating a lively, variable rhythm across the line. Counters tend toward rounded rectangles, terminals are clean and mostly flat, and joins are crisp, giving the letters a machined, contemporary finish. Numerals follow the same rounded-rectangle logic, with compact, forward-leaning silhouettes that read crisply in short bursts.
Best suited to headlines, short captions, logos, and promotional typography where a fast, technical voice is desired. It works especially well for esports/sports identities, product packaging with a modern edge, UI/overlay graphics, and automotive or tech marketing where compact, punchy letterforms help carry impact.
The overall tone is fast, modern, and engineered—evoking motorsport graphics, sci‑fi interfaces, and performance branding. Its forward slant and squared curves suggest motion and precision more than warmth or nostalgia.
The font appears designed to deliver a streamlined, high-performance look by combining geometric construction with squared, rounded-rectangle forms and a strong forward slant. The intent is likely to balance assertive presence with clean, repeatable shapes that feel engineered and contemporary.
The design leans on consistent corner radii and straight-sided curves, producing a cohesive “panel” aesthetic across both uppercase and lowercase. The italic angle is pronounced enough to add momentum, while the simplified shapes keep the texture controlled and legible at display sizes.