Pixel Other Veba 3 is a very light, normal width, low contrast, italic, normal x-height font.
Keywords: ui labels, instrument panels, diagrams, technical posters, coding visuals, technical, utilitarian, drafting, coded, lightweight, schematic feel, segmented texture, digital aesthetic, light labeling, dashed, monoline, segmented, skeletal, stenciled.
A monoline, quantized construction built from short dash-like segments that trace each glyph’s outline. Strokes appear as evenly spaced marks with rounded ends, producing an airy, perforated texture and lots of negative space. Forms are slightly right-leaning overall, with simple geometric curves and straight runs that feel plotted rather than drawn. Spacing reads open and consistent in text, while the segmented pattern remains uniform across letters and figures.
Well-suited to interface labeling, instrument-style graphics, diagrams, and technical posters where a segmented, schematic look supports the content. It can also work for titles or short callouts in science/tech branding, especially when paired with simpler supporting text and used at sizes that keep the dash pattern readable.
The segmented, dotted rhythm gives the face a technical and schematic tone, like labeling from a blueprint, terminal UI, or device readout. Its light, perforated presence feels unobtrusive and somewhat coded—more informational than expressive—while still retaining a distinctive, synthetic character.
The design appears intended to evoke quantized, segment-built lettering—prioritizing a consistent dashed module and a clean, plotted rhythm over solid stroke mass. It’s likely meant to provide a distinctive technical texture while preserving familiar letter skeletons for quick recognition.
In continuous text the repeating dash pattern can visually sparkle, especially along curves, so the design reads best when the segmented texture is allowed to remain clear. Numerals and capitals keep to straightforward, legible silhouettes, and the consistent segmentation ties all glyphs together into a cohesive system.