Inline Fipi 1 is a light, very wide, low contrast, upright, normal x-height font.
Keywords: headlines, posters, logos, packaging, tech branding, futuristic, technical, sleek, retro-modern, precise, display impact, tech aesthetic, stylized geometry, retro futurism, monolinear, rounded, geometric, outline, open counters.
A monolinear sans with rounded corners and an engineered, geometric construction. Strokes are drawn as clean outlines with an internal inline channel, creating a double-line look that stays consistent across curves and straight segments. Forms are wide and airy, with generous interior space in letters like O, D, and Q, and simplified, clean joins in diagonals and arms. The overall rhythm is even and measured, with smooth curves, straight-sided bowls, and a neatly controlled baseline and cap line across the set.
Best suited for display settings where the inline-outline effect can be appreciated: headlines, posters, logo wordmarks, packaging titles, and tech or automotive branding. It can also work for short UI labels or signage at larger sizes, but the hollow/inline detailing benefits from adequate scale and contrast to remain crisp.
The inline outline treatment gives the face a sleek, high-tech tone that reads as modern and instrument-like, while also nodding to retro sci‑fi and display lettering. Its spacious proportions and crisp geometry feel clinical and precise, making it more about atmosphere and styling than warmth or handwriting.
This design appears intended to deliver a distinctive, contemporary display voice using a consistent inline outline system and wide, geometric proportions. The focus is on clean construction and stylized presence, prioritizing visual identity and a futuristic/technical mood over dense text efficiency.
The inline is consistently centered within the outline, which strengthens the “drawn with a technical pen” impression. Several glyphs emphasize streamlined silhouettes (notably the rounded rectangles in B/P/R and the clean circularity of O/0/8), and the numerals follow the same structured, open approach for a cohesive alphanumeric set.