Sans Contrasted Ofmad 2 is a regular weight, normal width, high contrast, upright, normal x-height font visually similar to 'Kingcup' by Fridaytype (names referenced only for comparison).
Keywords: headlines, book covers, magazines, branding, posters, editorial, classic, formal, literary, refined, editorial tone, classic refinement, display clarity, formal voice, bracketed, crisp, calligraphic, flared, sculpted.
This typeface shows strong stroke modulation with crisp, tapered terminals and small bracketed, flare-like finishes that read as understated serifs rather than blunt ends. Curves are smooth and generously shaped, with a calm, upright stance and relatively narrow apertures in letters like C, S, and e. Capitals feel stately and slightly condensed in silhouette, while the lowercase has compact counters and a steady rhythm, supported by clear ascenders and descenders. Numerals are oldstyle-leaning in feel, with pronounced modulation and curved strokes that match the text color of the alphabet.
It works best for display and editorial typography—headlines, subheads, book jackets, magazine titles, and brand wordmarks where the contrast and sculpted terminals can be appreciated. In longer passages it can deliver a traditional reading experience, especially when set with comfortable size and spacing.
The overall tone is traditional and editorial, projecting seriousness and polish. Its sharp terminals and high-contrast construction add a sense of sophistication and ceremony, giving text a bookish, authoritative voice suited to formal communication.
The design appears intended to blend a contemporary, clean skeleton with classic, high-contrast detailing, aiming for an elegant text-and-display voice without heavy ornament. The consistent modulation and flared finishing suggest a focus on refined typography for publishing and identity work.
Distinctive details include a teardrop-like ear on the g, a curved-tail Q, and angled diagonals on V/W/X/Y that sharpen the texture in display settings. At larger sizes the modulation and fine joins become a key part of its character, while at smaller sizes the tight apertures may read darker and more compact.