Pixel Dash Fiju 3 is a regular weight, normal width, low contrast, upright, normal x-height font.
Keywords: posters, headlines, tech branding, ui accents, album art, retro tech, digital, glitchy, industrial, utilitarian, scanline effect, digital texture, display impact, modular system, segmented, striped, modular, stenciled, monoline.
A striped, dash-built display face where strokes are constructed from evenly spaced horizontal bars, creating deliberate gaps throughout each letterform. The silhouettes stay fairly geometric and monoline, with squarish curves and stepped diagonals that read as quantized rather than smooth. Vertical strokes are suggested by stacked segments, counters remain open and rectangular, and terminals feel clipped and mechanical. Overall spacing and rhythm are consistent, producing a crisp, grid-aware texture in both uppercase and lowercase.
Best suited to posters, headlines, packaging callouts, and brand marks where a digital or industrial texture is desired. It also works well for UI accents, labels, and motion graphics that reference scanlines or terminal aesthetics, but is less ideal for small body text due to the intentional gaps and strong horizontal banding.
The repeated scanline bars evoke CRT displays, LED/terminal graphics, and early digital interfaces, giving the font a retro-tech tone. Its broken strokes add a subtle glitch and signal-processing feel, while the rigid geometry keeps it controlled and engineered rather than playful.
The design appears intended to translate familiar sans-serif forms into a segmented, scanline-like construction, preserving recognizable silhouettes while foregrounding a digital display texture. It prioritizes a consistent modular rhythm and a distinctive striped color over smooth curves or typographic warmth.
The internal striping creates a strong horizontal cadence that can visually darken in longer passages, especially where many vertical stems stack into dense banding. In the sample text it remains legible at display sizes, with punctuation and numerals matching the same segmented logic for a cohesive system.