Pixel Daba 14 is a regular weight, normal width, medium contrast, upright, normal x-height font.
Keywords: game ui, tech branding, posters, titles, logotypes, retro tech, arcade, industrial, sci-fi, retro computing, ui signage, sci-fi flavor, systematic modularity, rounded corners, monoline, geometric, squarish, modular.
A modular, pixel-informed sans with monoline strokes and squarish proportions, softened by consistently rounded corners and small stepped joints. The letterforms read as constructed from a quantized grid, with occasional notched terminals and corner breaks that create a subtle “wired” outline effect rather than solid blocks. Curves are approximated with short orthogonal segments, and counters stay open and fairly generous, keeping the texture crisp at display sizes. Overall rhythm is even and mechanical, with a slightly technical, schematic feel across uppercase, lowercase, and numerals.
Best suited to display contexts where a pixel-technical voice is desired: game UI and HUD elements, sci‑fi or cyber-themed titles, event posters, packaging accents, and tech or electronics branding. It can also work for short interface labels and menus when set with ample size and spacing to preserve the stepped detailing.
The font conveys a retro-digital tone—part arcade cabinet, part terminal UI—while the rounded pixel corners keep it approachable rather than harsh. It suggests electronics, instrumentation, and early computer graphics, giving headlines a playful sci‑fi/tech flavor without becoming overly decorative.
The design appears intended to evoke classic bitmap lettering while adding a more refined, rounded-corner construction and distinctive corner notches for personality. It balances nostalgic pixel geometry with improved legibility and a consistent, engineered system across cases and numerals.
Distinctive stepped detailing at corners and terminals adds character and helps differentiate similar shapes (e.g., C/G, O/Q, 0/8) while maintaining a coherent grid logic. Numerals follow the same squared, segmented construction, making the set feel unified in interfaces and readouts.