Inline Hege 2 is a regular weight, wide, medium contrast, upright, normal x-height font.
Keywords: headlines, posters, signage, logotypes, packaging, art deco, retro, neon, showcard, playful, display impact, signage feel, vintage styling, graphic texture, inline, outline, geometric, monolinear, rounded.
A wide, geometric sans with monolinear construction and an inline treatment that reads as a double/striped stroke running through each letterform. Curves are clean and near-circular (notably in O, C, G), while straight strokes keep crisp, square terminals and consistent thickness. Uppercase proportions are broad and steady, and the lowercase follows a similarly open, rounded structure with single-storey a and g, giving the set a smooth, modular rhythm. Numerals mirror the same open geometry and striped detailing, creating a cohesive display-oriented texture across letters and figures.
Best suited to headlines and short display text where the inline detailing can be appreciated—posters, event titles, signage, packaging, and brand marks that want a retro-modern presence. It can work for subheads and pull quotes when set with comfortable tracking and ample size.
The inline striping and spacious geometry evoke classic signage and early modernist display lettering, with a lively, theatrical brightness reminiscent of marquee and neon-inspired graphics. The overall tone feels upbeat and stylish, balancing vintage flair with a clean, graphic simplicity.
The font appears designed to deliver a bold, graphic display voice by combining simple geometric skeletons with a distinctive inline stripe, producing a decorative texture without relying on heavy weight. The aim is likely to provide a versatile show-style look that feels vintage-inspired yet clean and contemporary in structure.
The interior striping is prominent enough to create a shimmering effect at larger sizes, while the wide set and generous counters help keep forms legible despite the decorative interior detail. The design reads best when given room, as tighter settings can visually thicken where parallel lines bunch in joins and curves.