Sans Other Bakis 1 is a regular weight, normal width, low contrast, upright, short x-height font visually similar to 'Designator' by TEKNIKE (names referenced only for comparison).
Keywords: ui labels, game ui, sci‑fi titles, posters, branding, techno, retro, industrial, digital, geometric, futuristic, modular design, interface clarity, industrial tone, square, angular, monoline, stenciled, modular.
A squared, modular sans built from straight strokes and tight-radius corners, giving most forms a rectangular, circuit-like construction. Strokes are largely monoline and maintain an even texture, with consistent terminals and a preference for hard right angles over curves. Counters tend to be boxy and compact, and several glyphs use open or notched joins, creating a lightly stenciled, segmented feel. The lowercase follows the same geometric logic with simplified bowls and short extenders, producing a tidy, engineered rhythm in text.
This font is well suited to short-to-medium display settings where a technical voice is desirable: interface labels, game HUDs, sci‑fi or cyber-themed titles, poster headlines, and branding for electronics or maker-oriented products. It can also work for signage-style callouts and packaging accents where a modular, engineered look helps establish tone.
The overall tone feels technical and retro-futuristic, evoking digital instrumentation, sci‑fi interfaces, and utilitarian labeling. Its angularity and occasional notches add a slightly rugged, industrial edge while staying clean and orderly.
The design appears intended to translate a grid-and-module construction into a readable sans, prioritizing a crisp, technological silhouette and consistent stroke behavior over organic curves. The notches and open joins suggest an aim for a digitized or fabricated feel—like forms cut, plotted, or assembled from simple segments.
Diagonal strokes appear selectively (notably in letters like K, V, W, X, and Z), but they remain disciplined and straight, reinforcing the constructed, grid-based aesthetic. Numerals share the same squared geometry, reading like display digits rather than traditional text figures.