Inline Asgi 1 is a bold, normal width, medium contrast, italic, normal x-height font.
Keywords: posters, headlines, branding, packaging, merchandise, playful, hand-drawn, retro, energetic, quirky, expressiveness, attention-grab, handmade feel, retro display, youthful tone, rough, wobbly, angular, layered, cartoonish.
This typeface uses slanted, hand-rendered letterforms with a chunky outer silhouette and a carved inline that runs through each stroke. Outlines are intentionally irregular, with wobbly contours and slightly uneven stroke edges that create a sketchy, animated feel. The construction leans geometric in places (notably in rounds like O/Q and numerals), but the forms stay lively through asymmetry and varied join behavior. Counters are generally open and generous, while the inline detail adds a layered, cutout look that increases texture at display sizes.
Best suited to short, prominent text where its textured inline and irregular outlines can be appreciated—posters, event graphics, stickers, packaging callouts, and playful brand marks. It can work for brief subheads or pull quotes, but the busy interior detail makes it less ideal for long body copy or very small sizes.
The overall tone is spirited and informal, reading like marker lettering or quick sign-painting with a comic-book edge. The slant and jittery contours make it feel kinetic and mischievous, with a light retro flavor suited to attention-grabbing headlines.
The design appears intended to deliver a bold, animated display voice by combining a chunky silhouette with a distinctive inline carve and deliberately imperfect, hand-drawn finishing. The consistent slant and rhythmic wobble suggest a focus on expressive impact and a crafted, human feel rather than strict typographic neutrality.
Uppercase and lowercase share the same jaunty, forward-leaning rhythm, and the inline detail remains consistent across letters and numerals, giving the set a cohesive “carved” character. Some glyphs show intentionally quirky terminals and bends, prioritizing personality over strict uniformity.