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Sans Superellipse Dokir 2 is a light, very narrow, monoline, upright, normal x-height font.

Keywords: ui labels, signage, posters, tech branding, packaging, technical, minimal, futuristic, utilitarian, clean, space-saving, systematic geometry, modern branding, instrument feel, clean display, condensed, geometric, rounded corners, rectilinear, stencil-like.

A condensed monoline sans built from rounded-rectangle geometry, with squared curves, softened corners, and mostly straight-sided bowls. Strokes are consistently thin with uniform terminals, giving letters a spare, engineered look. Curves resolve into superelliptic corners rather than true circles, and many forms feel slightly open or simplified (for example in C, G, S), which keeps counters airy and the overall texture light. Spacing is compact and rhythmic, and the font reads as a narrow, high-verticality design with a clean, controlled outline.

This style suits interface labeling, dashboards, and wayfinding systems where narrow width and clean structure help fit text into tight spaces. It also works well for poster headlines, product naming, and technology-oriented branding where a geometric, instrument-like voice is desirable.

The tone is modern and technical, with a subtle sci‑fi instrumentation feel. Its restrained forms and rounded-rect geometry suggest precision and efficiency rather than warmth, making it feel contemporary, digital, and slightly industrial.

The design appears intended to deliver a compact, modern sans with a distinctive rounded-rect construction—balancing minimalism with a recognizable silhouette. It prioritizes uniform stroke behavior and a consistent superelliptic curvature system to create a cohesive, contemporary display voice.

Distinctive features include tall proportions, squared bowls on letters like B, D, O, P, and Q, and a consistent use of rounded corners that prevents the design from feeling harsh despite its rectilinear construction. Diagonals (A, K, V, W, X, Y) are crisp and help the font maintain clarity at display sizes, while the numerals follow the same rounded-rect logic for a cohesive alphanumeric set.