Sans Superellipse Eskih 8 is a regular weight, normal width, monoline, italic, tall x-height font.
Keywords: ui, app design, branding, signage, product labels, futuristic, tech, sporty, sleek, friendly, modernization, dynamism, approachability, system coherence, brand clarity, rounded, geometric, soft corners, streamlined, open counters.
A rounded geometric sans with an oblique stance and consistently softened, superellipse-like corners. Strokes stay largely even in thickness, with gentle curve-to-straight transitions and a slightly squared, rounded-rectangle feel in bowls and counters. The lowercase shows a prominent x-height and compact ascenders/descenders, producing a dense, efficient text rhythm, while wide apertures and simplified terminals keep shapes clear. Numerals and caps follow the same rounded-rect geometry, with smooth joins and minimal contrast for a clean, engineered look.
Well-suited to user interfaces, dashboards, and app branding where a modern, streamlined sans is needed and the slanted posture can add energy. It also works for short-to-medium display text such as product labels, wayfinding, and tech or sports marketing, where rounded geometry helps maintain friendliness at larger sizes.
The overall tone feels modern and tech-forward, combining speed and approachability through its slanted posture and rounded corners. It reads as sporty and contemporary rather than formal, suggesting interface and product aesthetics where smoothness and motion are part of the brand voice.
Likely designed to deliver a contemporary, motion-oriented sans that blends geometric precision with softened corners for an accessible feel. The consistent stroke weight and rounded-rect construction suggest an emphasis on clean reproduction and a cohesive, system-like visual identity across letters and numerals.
The design language is very consistent across letters and digits, with rounded-square curves repeating in O/C/G-like forms and in the counters of B/P/R. The oblique angle and soft terminals give headings a sense of momentum while preserving a controlled, geometric structure.