Serif Flared Ukbo 1 is a regular weight, normal width, low contrast, italic, normal x-height font visually similar to 'Mato Sans' by Picador, 'Core Sans N SC' and 'Core Sans NR' by S-Core, and 'Depot New' and 'Rehn' by moretype (names referenced only for comparison).
Keywords: editorial, book text, magazines, literary, branding, classic, scholarly, refined, traditional, text italic, editorial tone, classic serif, warm refinement, flared ends, bracketed serifs, diagonal stress, oldstyle figures, calligraphic.
A slanted serif with gently flared stroke endings and softly bracketed serifs, giving strokes a subtly sculpted finish rather than abrupt terminals. The letterforms show modest modulation with a diagonal, calligraphic feel, rounded bowls, and open counters that keep the texture readable. Proportions are balanced with a moderate x-height, short-to-moderate ascenders, and a compact rhythm; italics are true in construction rather than mechanically obliqued. Numerals appear oldstyle with varying heights and alignments, reinforcing a text-oriented character.
Well-suited to editorial layouts, books, long-form reading, and magazine typography where a traditional italic voice is needed. It can also support branding, packaging, or headings that benefit from a refined, classic serif with a warm, human cadence.
The overall tone is classic and literary, with an understated elegance that suggests book typography and considered editorial design. Its slant and flared detailing add warmth and motion, leaning more human and cultured than technical or austere.
The design appears intended as a true italic companion for text work, emphasizing readable rhythm and a calligraphic serif structure with flared, tapering endings. It aims to provide a traditional, cultured voice that feels at home in print-forward and editorial contexts.
In text, the italic angle is noticeable but controlled, producing a lively rightward flow without becoming overly cursive. The flared terminals and bracketing create a slightly dark, confident color at larger sizes while maintaining clear internal shapes in continuous reading.