Sans Superellipse Gurav 3 is a bold, wide, monoline, upright, normal x-height font visually similar to 'FM Bolyar Sans Pro' by The Fontmaker (names referenced only for comparison).
Keywords: headlines, branding, ui, packaging, posters, futuristic, tech, friendly, sporty, clean, modernize, humanize tech, maximize clarity, brand distinctiveness, rounded, geometric, soft corners, squared curves, high contrast-free.
A geometric sans with rounded-rectangle construction throughout, pairing straight stems with soft, squared curves. Strokes are consistently heavy and even, with broad counters and generous apertures that keep forms open despite the weight. Terminals are smoothly radiused and many curves resolve into flattened arcs, giving letters a superelliptical feel rather than purely circular. Proportions read slightly expanded, with stable verticals, compact joins, and simplified details that favor clarity over calligraphic nuance.
It performs best in display roles—headlines, logos, and brand wordmarks—where the rounded-square geometry reads as a deliberate stylistic choice. The open counters and even stroke weight also suit UI labels, product interfaces, and packaging where a contemporary, friendly technical voice is needed.
The overall tone is modern and approachable, with a distinctly tech-forward, streamlined character. The rounded-square geometry adds friendliness while still feeling engineered and precise, making it feel at home in contemporary digital and product contexts.
The design appears intended to merge geometric precision with softened corners for a contemporary, industrial-yet-welcoming look. Its simplified, superellipse-driven forms suggest an emphasis on consistency and recognizability across letters and numerals for modern communication.
Uppercase forms stay simple and sturdy, while lowercase echoes the same softened geometry with a single-storey a and g and rounded shoulders. Numerals are similarly constructed with squared-off curves and wide interior spaces, maintaining consistency with the letters in rhythm and density.