Serif Normal Pomal 3 is a bold, wide, very high contrast, upright, normal x-height font visually similar to 'Periodico' by Emtype Foundry, 'Acta Deck' by Monotype, and 'Blacker Pro' by Zetafonts (names referenced only for comparison).
Keywords: headlines, editorials, book covers, packaging, brand marks, editorial, authoritative, classic, dramatic, formal, classic authority, display impact, editorial tone, heritage feel, bracketed, teardrop terminals, crisp, sculpted, statuesque.
This serif presents strongly modeled letterforms with pronounced thick–thin modulation and crisp, sharply finished serifs. Strokes feel carved and slightly calligraphic, with teardrop-like terminals and clear bracketed joins that create a robust, sculptural rhythm. Counters are compact and the joins are sturdy, giving the lowercase a dense, weighty texture; the numerals share the same high-contrast, old-style-influenced construction with angled stress and sharp finishing details.
Best suited to display applications where its sculpted contrast and crisp serifs can be appreciated, such as headlines, magazine/editorial layouts, book covers, and premium packaging. It can also support short-form text like pull quotes or section openers when a strong, classic voice is desired.
The overall tone is traditional and assertive, with a dramatic, editorial presence. Its high-contrast strokes and sharp serifs read as formal and established, evoking classic book typography and heritage branding while maintaining a strong, attention-getting voice.
The design appears intended to deliver a conventional serif structure with heightened contrast and a commanding color, aiming for a classic yet impactful display texture. Its sharp detailing and modeled curves suggest a focus on authority and elegance in prominent typographic settings.
In continuous text the dark color and tight interior spaces create a compact, emphatic page tone, especially at larger sizes. The caps feel monumental and steady, while the lowercase introduces a more lively, chiseled texture through distinctive terminals and stressed curves.