Serif Normal Jase 6 is a regular weight, wide, high contrast, upright, normal x-height font.
Keywords: book text, editorial, magazines, literary fiction, long-form reading, classic, formal, literary, refined, readability, traditional tone, editorial polish, print typography, literary voice, bracketed, oldstyle figures, transitional, crisp, bookish.
This serif typeface shows crisp, finely bracketed serifs and pronounced thick–thin contrast, with a steady vertical stress and clean, sharply finished terminals. Proportions lean open and generously set, giving capitals ample breadth and letting round letters like O and Q feel spacious. The lowercase is orderly and text-oriented, with a two-storey a and g, compact joins, and smooth curves that keep counters clear at reading sizes. Numerals appear as oldstyle figures with ascenders and descenders, adding a traditional rhythm in running text.
It is well suited to book typography and other long-form reading contexts where a classic serif texture is desired. The generous proportions and clear counters also make it a solid option for magazine features, essays, and formal editorial layouts, while the oldstyle numerals can support sophisticated text-with-figures settings.
The overall tone is classic and editorial, projecting a composed, literary voice associated with traditional publishing. Its contrast and finishing lend a refined, slightly formal character that feels appropriate for established institutions and print-forward design.
The design appears intended as a conventional, print-friendly text serif that emphasizes readability and a familiar, authoritative typographic voice. Its controlled contrast and carefully bracketed serifs suggest a focus on polished page texture rather than overt stylization.
Details like the beaked top on the f, the long descending tail on Q, and the restrained, conventional shapes of r and t reinforce a traditional text-serif construction. The sample text suggests a balanced color on the page, with strong definition in curves and joins and clear differentiation between similar forms.