Sans Superellipse Ongiv 5 is a regular weight, normal width, monoline, upright, normal x-height font visually similar to 'LS Trappist 1' by Leviathan Science (names referenced only for comparison).
Keywords: ui labels, wayfinding, product branding, posters, headlines, futuristic, technical, clean, modern, industrial, modernize, systematize, signal technology, maximize clarity, build identity, squared round, rounded corners, geometric, modular, high contrast (shape).
A geometric sans with a squared-round (superellipse) construction, combining straight stems with generously rounded outer corners and slightly squared counters. Strokes are consistently even, with a sturdy, engineered feel and mostly closed apertures. Proportions are compact and efficient, with wide, rounded-rectangle bowls (notably in O/0 and D) and crisp, flat terminals. The numerals echo the same rounded-rectilinear logic, keeping a stable, grid-like rhythm across the set.
It performs well in interface-style settings such as dashboards, app headers, and control labels, where its structured shapes read as purposeful and contemporary. The robust geometry also suits branding for tech products, sports/industrial themes, and bold editorial headlines, while remaining orderly enough for short-to-medium text blocks.
The overall tone is contemporary and tech-forward, suggesting UI hardware, sci‑fi interfaces, and industrial product labeling. Rounded corners soften the strict geometry, keeping it friendly while still feeling precise and functional.
The design appears intended to translate a rounded-rectangular, modular geometry into a practical sans that feels modern and engineered. It prioritizes consistent stroke logic, compact spacing, and recognizable glyph silhouettes for confident display and UI-oriented typography.
Letterforms favor clarity through simplified, modular shapes; curves tend to resolve into rounded corners rather than continuous circles. The sample text shows uniform texture in paragraphs, with a distinct, slightly condensed feel created by squared internal spaces and sturdy horizontals.