Sans Superellipse Gybes 2 is a very bold, normal width, monoline, upright, normal x-height font.
Keywords: headlines, posters, logos, sports branding, packaging, techy, industrial, athletic, retro-futurist, sturdy, maximum impact, geometric cohesion, tech flavor, brand emphasis, signage clarity, rounded corners, squared curves, blocky, compact, high contrast (ink).
A very heavy, geometric sans with rounded-rectangle (superellipse) construction throughout. Strokes are consistently thick and uniform, with corners softened into broad radii rather than true circles, giving counters and bowls a squarish, machined feel. Many joins and terminals are cut flat and decisive, producing a compact, blocky rhythm; diagonals are simplified and sturdy, and interior apertures tend to be rectangular with generous ink trapping by virtue of the wide strokes. Numerals follow the same squared-round logic and read as robust, display-oriented forms.
Best suited to short, high-visibility applications such as headlines, posters, branding marks, apparel/sports graphics, and packaging where a dense, powerful texture is desirable. It can also work for UI labels or signage at larger sizes where the chunky, squared-round forms remain clear.
The overall tone is bold, mechanical, and confident, with a retro digital/arcade undercurrent. Its squared curves and heavy presence suggest durability and engineered precision rather than friendliness or elegance, creating a punchy, high-impact voice.
The font appears designed to deliver maximum impact with a cohesive superelliptical geometry—combining softened corners with firm, industrial structure. Its aim is likely to evoke a modern-tech or retro-futurist feel while remaining highly legible and commanding in display settings.
The design relies on large radii and flattened terminals to maintain clarity at display sizes, while the tight counters and dense texture can make long passages feel heavy. The squared-round construction is especially evident in rounded letters and numerals, which stay closer to rounded rectangles than to circular forms.