Serif Normal Enked 2 is a light, normal width, high contrast, italic, normal x-height font.
Keywords: editorial, book typography, magazines, invitations, branding, elegant, literary, refined, classic, poised, text emphasis, editorial tone, classic refinement, premium feel, calligraphic, bracketed, hairline, wedge serif, diagonal stress.
A crisp italic serif with pronounced thick–thin modulation and finely tapered hairlines. Strokes follow a consistent rightward slant with smooth, calligraphic curvature and controlled entry/exit terminals that often finish in small teardrop-like balls or sharp flicks. Serifs are delicate and bracketed, reading as wedge-like feet on capitals and lightly pointed finishing strokes in the lowercase, giving the design an airy, high-end texture. Proportions feel traditional, with moderate ascenders and descenders and a steady rhythm that keeps lines flowing without becoming overly decorative.
Well suited to editorial typography, book interiors, and magazine features where italic emphasis needs to feel polished and classical. It also fits invitations, luxury-leaning branding, and short display lines that benefit from a refined, calligraphic italic presence.
The tone is formal and cultured, evoking bookish elegance and editorial sophistication. Its italic voice feels expressive yet disciplined, suited to nuanced emphasis rather than loud display.
The design appears intended as a conventional text serif italic that prioritizes elegance, smooth reading rhythm, and traditional letterform cues. Its high-contrast construction and carefully finished terminals suggest a focus on sophisticated emphasis and premium typographic tone in running text and headings.
Capitals are slender and upright in stance even while slanted, with graceful diagonals and carefully tapered joins that preserve clarity. Numerals follow the same refined contrast and italic motion, keeping figures coherent alongside text. The overall spacing appears balanced for continuous reading, with a slightly lively, handwritten energy coming from the terminals and stroke transitions.