Inline Fiko 6 is a regular weight, very wide, low contrast, upright, tall x-height font.
Keywords: posters, headlines, logotypes, tech branding, game ui, futuristic, techno, sci‑fi, neon, retro, futurism, display impact, tech aesthetic, neon effect, rounded, geometric, monoline, double‑line, modular.
A geometric, rounded sans built from broad, tubular strokes with softened corners and generous internal space. Each letterform is drawn as a dark outline with a consistent inline channel that reads like a recessed groove, creating a double‑track effect across straights and curves. Construction leans modular and engineered: bowls are squarish‑rounded, horizontals are long, and joins stay clean and uniform, with minimal stroke modulation. The overall rhythm is open and expansive, with wide caps and a large x‑height giving lowercase a sturdy, display-forward silhouette.
Best suited to display work where the inline detail can be appreciated: posters, headlines, packaging callouts, event graphics, and sci‑fi/tech entertainment branding. It can also work for UI labels or wayfinding-style graphics when set large enough to preserve the internal channel.
The inline groove and rounded, chassis-like geometry evoke futuristic instrumentation and retro sci‑fi titling. It carries a sleek, synthetic tone—more arcade-console and spaceship interface than traditional print—while still feeling friendly due to the rounded terminals and ample counters.
The design appears intended to deliver a bold, modern display voice using an engineered outline-and-inline construction, prioritizing a futuristic aesthetic and strong silhouette over text-size neutrality. Its proportions and rounded geometry suggest a deliberate fit for titling, branding, and interface-inspired typography.
The inline treatment remains consistent across curves and diagonals, producing a strong “outlined tubing” illusion at larger sizes. Some forms emphasize extended horizontals and squared curves, which heightens the technical feel and can make the texture feel airy and spaced even in dense settings.