Typewriter Deba 11 is a light, wide, low contrast, upright, normal x-height, monospaced font.
Keywords: screenplays, forms, coding, captions, posters, analog, documentary, utilitarian, retro, gritty, typewritten feel, archival tone, tactile texture, utility, inked, worn, rough, mechanical, lo-fi.
A monospaced roman with typewriter-like construction and softly bracketed slab serifs. Strokes are fairly even with subtly irregular edges that read as ink spread or worn metal type, giving counters and terminals a lightly distressed texture. Proportions are compact and steady, with rounded bowls, sturdy verticals, and consistent sidebearings that create a disciplined, grid-like rhythm in text. Figures and capitals share the same pragmatic, workmanlike build, with simple forms and clear, straight-sided structure.
Well suited to applications that benefit from fixed-width alignment and an analog voice: screenplay layouts, forms, tabular snippets, UI labels meant to feel technical, and editorial captions. It can also add character to posters, zines, or packaging that aims for a stamped/typed aesthetic, especially at medium to large sizes where the worn texture reads clearly.
The overall tone feels analog and archival—like a page from a well-used machine, field notes, or a stamped record. The slight roughness adds warmth and authenticity without becoming overtly decorative, evoking a documentary, utilitarian mood with a hint of nostalgia.
The design appears intended to recreate the visual cadence of typewritten copy while adding a gentle, worn imprint to keep the tone human and tactile. It prioritizes consistency and alignment over calligraphic refinement, aiming for dependable readability with a distinctive, mechanical texture.
In running text the texture becomes more apparent: edges wobble slightly, joins look gently softened, and repeated characters create a pleasing, imperfect pattern typical of mechanical imprint. Spacing is consistent and predictable, supporting alignment-heavy layouts while still retaining a human, tactile surface.