Sans Rounded Maka 2 is a light, very wide, monoline, upright, normal x-height font.
Keywords: ui, technology, branding, signage, headlines, futuristic, tech, minimal, clean, friendly, modernize, soften tech, system design, improve scanning, geometric, rounded, open, airy, streamlined.
A geometric, rounded sans built from a consistent single-line stroke with generously curved corners and soft terminals. The forms lean on squared-round rectangles and open counters, with wide proportions and ample spacing that create an airy texture in text. Curves are smooth and uniform, while straight segments stay crisp, producing a tidy, engineered rhythm. Lowercase shapes are simplified and contemporary, with a single-storey “a” and “g” and a restrained, modular construction across the set.
This font suits UI and product typography, tech branding, dashboards, and signage where a contemporary, rounded-meets-engineered voice is desired. It performs especially well in headlines, labels, and short-to-medium passages at moderate sizes, where its wide geometry and open counters support clear scanning.
The overall tone feels futuristic and interface-oriented, combining a technical precision with approachable softness from the rounded geometry. Its wide stance and open shapes read calm and modern, suggesting digital systems, electronics, and clean industrial design rather than editorial tradition.
The design appears intended to merge a sleek, futuristic construction with friendly rounded terminals, creating a modern sans that feels both technical and approachable. Its consistent stroke and modular shapes suggest a systematized approach meant to look at home in digital environments and contemporary visual identities.
Distinctive horizontal breaks and inset strokes in several capitals contribute to a schematic, display-forward personality while maintaining clear silhouettes. Numerals match the same rounded-rectilinear logic, keeping a consistent cadence alongside letters. The design’s openness favors larger sizes where the internal spacing and corner radii can be appreciated.