Inline Vote 5 is a regular weight, wide, high contrast, upright, normal x-height font.
Keywords: headlines, logos, posters, packaging, branding, futuristic, playful, techy, retro, distinctive display, sci-fi styling, brand impact, modern signaling, rounded, monolinear, geometric, capsule terminals, stencil-like.
A rounded, geometric sans with monolinear outer strokes and a consistent inline channel running through the letterforms, creating a tube-like, hollowed impression. Corners are heavily softened and many joins resolve into smooth, continuous curves, with occasional small breaks and bridges that add a subtle stencil behavior. Proportions are generous and open, with wide bowls, rounded rectangles, and a steady rhythm across caps, lowercase, and numerals; counters stay clear even with the inline detail. Numerals follow the same modular, rounded construction and maintain a cohesive, display-oriented presence.
Best suited to display applications where the inline detailing can be appreciated—headlines, logo wordmarks, posters, product packaging, and brand systems that want a tech-forward, rounded aesthetic. It also works well for short UI or signage-style labels when set at sufficiently large sizes.
The inline cut and rounded geometry give the face a sleek, sci‑fi flavor with a friendly, game-like tone. It reads as modern and synthetic rather than humanist, suggesting signage, interfaces, and playful futurism with a hint of retro tech.
The design appears intended to deliver a distinctive inline look within a smooth, rounded geometric framework, prioritizing memorable silhouettes and a cohesive modular system over text-centric neutrality. The consistent inner channel and softened forms aim to create a futuristic, friendly display voice that stands out in branding and titling.
The inline feature is visually prominent and becomes more apparent as sizes increase, while smaller sizes may compress the interior channel and fine separations. Letters with tight internal spaces (like B, a, e, s) still preserve recognizable silhouettes through simplified, modular curves.