Sans Rounded Apsa 1 is a regular weight, very wide, monoline, upright, normal x-height font.
Keywords: ui labels, app design, tech branding, headlines, packaging, futuristic, tech, clean, friendly, modular, modernize, soften geometry, digital feel, distinctive width, rounded, geometric, rectangular, soft-cornered, streamlined.
A rounded geometric sans with a strongly rectilinear skeleton: bowls and counters lean toward squarish shapes with generously softened corners. Strokes are consistent and even, producing a clean monoline rhythm, while the overall set reads noticeably extended horizontally. Terminals are rounded and open, and many curves resolve into flat-ish segments, giving letters a "soft rectangle" look. The lowercase shows single-storey forms (notably a and g) and simplified construction, while figures follow the same rounded-rectangle logic with broad, stable shapes.
Well-suited to interface typography, product branding, and signage where a crisp, modern voice is needed. Its broad, rounded geometry makes it especially effective for headlines, short copy, and on-device labeling, as well as packaging and titles that benefit from a futuristic but friendly feel.
The font conveys a contemporary, tech-forward tone that feels sleek and engineered, yet approachable due to the rounded corners and smooth joins. Its extended proportions and modular geometry evoke digital interfaces, sci‑fi labeling, and modern consumer electronics.
The design appears intended to merge geometric precision with softened corners, creating a distinctive extended sans that reads as modern and digital while remaining approachable. Its consistent stroke weight and rounded-rectangular construction suggest an emphasis on clarity and recognizable forms across letters and numerals.
The design emphasizes wide set widths and large internal spaces, which improves clarity at display sizes and reinforces a calm, controlled texture in lines of text. Several glyphs (e.g., S, G, and 2/3) show horizontal emphasis through flattened curves, contributing to the signature squared-off roundness.