Serif Flared Hiluf 11 is a bold, normal width, medium contrast, italic, normal x-height font visually similar to 'Sharik Sans' by Dada Studio, 'NewLibris' by Hubert Jocham Type, 'Basel Neue' by Isaco Type, 'Big Vesta' by Linotype, and 'Adora Condensed PRO' by preussTYPE (names referenced only for comparison).
Keywords: headlines, branding, posters, magazine, packaging, dynamic, confident, retro, editorial, sporty, expressiveness, impact, motion, display presence, vintage flavor, flared, bracketed, ink-trap feel, rounded joins, compact caps.
A slanted serif with sturdy, tapered stems that broaden into subtly flared terminals and small, bracketed serif-like endings. Curves are generously rounded and the joins have a slightly pinched, ink-trap-like feeling that keeps counters open at display sizes. Uppercase proportions read compact and forward-leaning, while the lowercase shows lively shapes with single-storey forms and a noticeable calligraphic rhythm. Numerals follow the same energetic construction, with smooth bowls and firm, angled stress that supports strong word shapes.
Best suited to headlines, posters, logos, and short editorial callouts where its slanted motion and flared terminals can carry personality. It can also work for packaging and promotional materials that need a confident, vintage-leaning voice, especially at larger sizes.
The overall tone is energetic and assertive, mixing a classic editorial italic attitude with a hint of vintage athletic branding. Its forward slant and flared endings give it momentum and a punchy, headline-ready presence.
The font appears designed to deliver a bold, fast-moving italic impression with serif cues that feel more sculpted than traditional, using flared stroke endings and rounded shaping to stay readable while adding character.
Spacing and sidebearings appear tuned for display use, producing dense, impactful lines in the sample text. The design maintains consistent stroke behavior across caps, lowercase, and figures, so mixed-case settings feel cohesive and rhythmic rather than strictly mechanical.