Serif Normal Lunay 2 is a bold, normal width, high contrast, upright, normal x-height font visually similar to 'FF More' by FontFont, 'Alkes' by Fontfabric, and 'PT Serif Pro' by ParaType (names referenced only for comparison).
Keywords: book text, editorial, headlines, posters, branding, classic, authoritative, literary, formal, traditional, timeless text, editorial voice, print tradition, authority, bracketed serifs, ball terminals, oldstyle figures, moderate stress, broad proportions.
This serif shows sturdy, bracketed serifs and a pronounced contrast between thick stems and finer hairlines. The letterforms are broadly proportioned with generous counters and a steady, bookish rhythm, while curves exhibit moderate stress rather than a purely geometric construction. Lowercase features include a two-storey “a” and “g,” a compact “e” with a strong cross-stroke, and a “y” with a confident descending tail. Numerals appear oldstyle (varying heights with ascenders/descenders), adding a traditional text texture.
It fits long-form reading in books and editorial layouts where a traditional serif texture is desired, and it also performs well for display settings such as headlines and posters thanks to its strong contrast and robust stems. The oldstyle numerals make it particularly suitable for running text, captions, and historically inflected or literary branding.
The overall tone is classical and editorial, evoking established print typography with an authoritative, slightly old-world presence. Its weight and contrast give it a confident voice suited to serious, text-forward communication.
The design appears intended as a conventional, print-oriented serif with a timeless tone, balancing classic proportions and brisk contrast to deliver a confident reading experience and a familiar editorial voice.
Serif details are firm but not slab-like, with subtle bracketing that helps maintain continuous horizontal flow in paragraphs. The heavier strokes and open apertures keep the design assertive while preserving legibility at typical reading sizes.