Serif Normal Migam 6 is a bold, normal width, very high contrast, upright, normal x-height font visually similar to 'Sole Serif' by CAST (names referenced only for comparison).
Keywords: headlines, editorial, magazines, branding, packaging, dramatic, luxury, formal, classic, premium impact, classic refinement, editorial voice, headline authority, bracketed, hairline, crisp, sculpted, stately.
A high-contrast serif with a strong vertical stress and sharply tapered hairlines. Serifs are bracketed and finely cut, with pointed, wedge-like terminals and crisp joins that give the strokes a sculpted, engraved feel. The capitals are broad and authoritative with generous curves (notably in C, G, O, and Q), while the lowercase shows compact, sturdy bodies and relatively small apertures, producing a dense, weighty texture. Numerals follow the same contrast logic, mixing thick main strokes with delicate finishing strokes for an elegant, display-leaning rhythm.
Best suited to headlines, deck copy, and pull quotes where its contrast and sharp finishing details can be appreciated. It also fits premium branding applications—such as fashion, beauty, hospitality, and packaging—where a classic serif voice with strong impact is desired.
The overall tone is polished and theatrical, combining classical refinement with a bold, attention-commanding presence. It reads as premium and traditional, with a fashion/editorial sheen that feels formal and slightly dramatic rather than casual.
The design appears intended to deliver a conventional serif foundation with heightened contrast and refined, cutting terminals, creating an upscale display texture that still nods to traditional book and editorial typography.
The typeface maintains a consistent contrast pattern across caps, lowercase, and figures, with careful alignment of serifs and terminals that keeps large sizes crisp. The dense letterfit and dark color suggest it will project strongly in headlines, while the fine hairlines and tight internal spaces call for thoughtful sizing and reproduction conditions.