Sans Superellipse Ehnes 9 is a light, normal width, low contrast, italic, normal x-height font.
Keywords: ui text, branding, editorial, presentations, signage, modern, clean, calm, technical, friendly, clarity, contemporary tone, soft modernity, efficient ui, monoline, rounded, oblique, open apertures, soft terminals.
A monoline oblique sans with gently rounded corners and smooth, superelliptical curves. Strokes keep an even weight with soft, mostly unbracketed joins and rounded terminals, giving letters a polished, streamlined outline. Proportions are slightly compact with clear differentiation between straight and curved elements, and counters stay open and legible. The uppercase set is tidy and restrained, while the lowercase shows a mild humanist influence in shapes like the single-storey a and g, plus a simple, open e. Numerals are clean and simple, with a notably rounded 8 and an open, minimal 4.
Well-suited to interface typography, dashboards, and product branding where a clean oblique voice is needed without sacrificing clarity. It also works for editorial callouts, presentation typography, and contemporary signage—especially in short paragraphs or mid-to-large sizes where its rounded forms and steady rhythm remain crisp.
The overall tone is contemporary and composed, balancing a technical, UI-friendly clarity with a soft, approachable warmth from its rounded geometry. The oblique posture adds motion and emphasis without feeling aggressive, making the texture feel brisk yet controlled.
The design appears aimed at delivering an oblique sans that feels modern and efficient while avoiding sharpness through rounded, superelliptical construction. Its consistent stroke behavior and open counters suggest an emphasis on clarity and a smooth, contemporary texture for digital and brand-forward contexts.
Curves appear carefully normalized across O/C/G/Q and the bowls of B/P/R, creating a consistent rhythm. Diagonals (K/V/W/X/Y) read crisp and stable, and punctuation in the sample text sits unobtrusively, supporting continuous reading at display sizes.