Sans Superellipse Onget 6 is a regular weight, normal width, monoline, upright, normal x-height font visually similar to 'Evanston Tavern' by Kimmy Design and 'Beachwood' by Swell Type (names referenced only for comparison).
Keywords: ui labels, signage, branding, packaging, headlines, tech, industrial, futuristic, efficient, clean, system feel, modernization, tech tone, geometric clarity, brand distinctiveness, rounded corners, squared curves, geometric, compact, high contrast (shape).
A geometric sans with a squared, superelliptical construction: rounds are built from rounded-rectangle curves rather than circles, and corners are consistently softened. Strokes appear even and monoline, with firm horizontal and vertical terminals and minimal modulation. Proportions feel compact and engineered, with relatively tight apertures and a crisp rhythm that stays consistent across caps, lowercase, and numerals. Distinctive details include squared counters in letters like O and D, a streamlined lowercase a with a straight right-side stem, and a tall, narrow overall silhouette that keeps forms tidy at display sizes.
It performs well in user interfaces, dashboards, and product labeling where a crisp, modern sans with rounded-square geometry reinforces a technical aesthetic. The compact shapes and consistent stroke behavior also suit headlines, logos, and short editorial callouts where distinctive structure is more important than long-form warmth.
The font projects a technical, utilitarian tone—modern, controlled, and slightly futuristic. Its rounded-square geometry reads as industrial and device-oriented, balancing friendliness from softened corners with a precise, engineered voice.
The design appears intended to deliver a contemporary geometric sans that feels engineered and digital, using superelliptical curves and softened corners to create a recognizable, system-ready look without decorative flourish.
Spacing appears measured and orderly, supporting a grid-like texture in text. The numerals follow the same rounded-rectangle logic, with clear differentiation between forms and a cohesive, system-like feel suitable for interfaces and instrumentation.