Serif Normal Olnat 1 is a bold, normal width, high contrast, upright, normal x-height font.
Keywords: editorial, book text, headlines, branding, packaging, classic, authoritative, literary, formal, readability, traditional tone, editorial voice, brand authority, bracketed, ball terminals, scotch-like, compact, crisp.
A robust serif with pronounced thick–thin modulation and strongly bracketed serifs that flare into crisp, triangular feet. The capitals feel broad-shouldered and steady, with relatively narrow interior counters and a compact, vertical stance. Lowercase forms show a sturdy rhythm with rounded bowls, noticeable ball terminals (notably on forms like the double-storey a), and a slightly calligraphic stress that keeps curves lively. Numerals and punctuation match the same firm weight and contrast, producing a dark, even texture in paragraphs while remaining sharply defined at display sizes.
Well suited to editorial pages, book and magazine typography, and other reading contexts where a classic serif voice is desired. The strong stroke contrast and sturdy serifs also make it effective for headlines, pull quotes, and brand or packaging work that benefits from a traditional, authoritative tone.
The overall tone is traditional and self-assured, evoking book typography and established editorial design. Its weight and contrast give it a confident, slightly dramatic presence that reads as serious and institutional rather than casual.
The font appears designed to deliver a conventional, time-tested serif texture with extra solidity and presence, balancing readability with a more assertive typographic color. Its details emphasize heritage cues—bracketed serifs, ball terminals, and controlled contrast—to communicate credibility in text and display settings.
The design’s heavier strokes and compact apertures create a strong typographic color, with clear differentiation between straight stems and swelling curves. Curved letters and diagonals retain a sculpted, engraved feel due to the tapered joins and bracketed serif transitions.