Sans Contrasted Fama 2 is a bold, normal width, high contrast, upright, normal x-height font.
Keywords: headlines, posters, logos, game ui, tech labels, techno, industrial, futuristic, mechanical, tech aesthetic, display impact, ui clarity, branding, angular, squared, stencil-like, modular, rounded corners.
A geometric, modular sans with squared contours and softly rounded outer corners. Strokes are heavy and predominantly monolinear in feel, with selective thinning and notched joins that create a subtly contrasted, cut-out look. Counters tend toward rectangular forms (notably in O/0 and many lowercase bowls), and terminals are mostly flat, often with small inset cuts that suggest engineered joints. Proportions are compact with tall capitals and a slightly condensed, utilitarian rhythm; spacing appears generous enough to keep the dense shapes from clogging in display sizes.
Best suited to headlines, branding marks, and short statements where its angular construction can read as intentional design. It also fits game UI, sci‑fi themed graphics, tech event materials, and product/industrial labeling where a rugged, engineered voice is desirable. For longer text, it will work more comfortably at larger sizes with ample line spacing due to its dense, blocky forms.
The overall tone is technological and industrial, reminiscent of sci‑fi interfaces, arcade lettering, and equipment labeling. The squared counters and notched details give it a fabricated, machined personality—confident and functional rather than friendly or literary.
The design appears intended to deliver a contemporary, engineered display voice: compact, high-impact letterforms built from simple geometric modules with distinctive notches to enhance character and avoid generic squareness. It prioritizes strong silhouette recognition and a technical aesthetic over traditional text neutrality.
Several glyphs emphasize identity through distinctive interior shapes: the B uses stacked rectangular counters, the Q has a small diagonal tail, and many letters (E, F, G, S, Z) use stepped geometry rather than smooth curves. Numerals follow the same modular logic, with boxy forms and clear differentiation (e.g., 0 as a rounded rectangle).