Sans Superellipse Dumob 2 is a regular weight, normal width, monoline, upright, normal x-height font visually similar to 'Cybersport' by Anton Kokoshka, 'Refinery' by Kimmy Design, 'Navine' by OneSevenPointFive, 'Nulato' by Stefan Stoychev, and 'Octin College' by Typodermic (names referenced only for comparison).
Keywords: ui design, signage, dashboards, product labels, editorial display, techy, clean, utilitarian, modern, friendly, clarity, systematic geometry, digital fit, legibility, modern branding, rounded corners, squared curves, compact, open counters, high legibility.
This typeface is a geometric sans with a rounded-rectangle (superellipse) construction: curves resolve into soft corners and flats, giving bowls and counters a squarish, engineered feel. Strokes are even and consistent, with smooth joins and minimal contrast, producing a calm texture in text. Proportions lean compact with generous interior space, and many terminals end with rounded corners rather than sharp cuts, reinforcing the controlled, modular geometry.
It works especially well in interface typography, control panels, and data-forward layouts where consistent stroke weight and open counters support quick recognition. The compact, structured shapes also suit wayfinding and product labeling, and it can serve as a distinctive headline or short-text face when a clean, tech-leaning voice is desired.
The overall tone is modern and practical, with a mildly futuristic, device-like character. Its rounded-square forms soften the engineering aesthetic, so it reads as approachable rather than aggressive, while still feeling precise and systematic.
The design appears intended to translate a rounded-rectangular, industrial geometry into a highly legible sans, balancing strict construction with softened corners. It emphasizes clarity, consistency, and a recognizable contemporary silhouette that feels at home in digital and informational settings.
Uppercase forms are straightforward and sturdy, while the lowercase keeps a functional, contemporary rhythm with simplified shapes and clear differentiation between characters. Numerals follow the same rounded-rectilinear logic, appearing stable and easy to scan.