Sans Normal Gogam 14 is a light, narrow, low contrast, italic, normal x-height font.
Keywords: ui labels, editorial, branding, headlines, data display, modern, clean, airy, understated, efficient, emphasis italic, clarity, compact setting, contemporary tone, neutral branding, monoline, rounded, oblique, humanist, open apertures.
A slim, oblique sans with a monoline feel and gently rounded joins. Curves are smooth and elliptical, with open counters and generous internal space for the weight, creating a bright page color. Terminals are mostly clean and unadorned, while a few strokes end with slight softening that keeps the texture from feeling mechanical. Uppercase forms are straightforward and legible, and the lowercase shows a mild humanist influence in the rhythm and stroke modulation without introducing visible contrast. Numerals follow the same streamlined geometry, reading clearly and consistently alongside text.
Works well for interface labels, navigation, and product typography where a crisp, unobtrusive italic is useful for emphasis. It can also serve in editorial settings for pull quotes, sidebars, and compact headlines, and its clean numerals suit tables, stats, and lightweight data callouts.
The overall tone is contemporary and restrained, with a light-footed, forward-leaning energy. It feels professional and neutral rather than expressive, lending a sense of speed and clarity without becoming aggressive. The rounded geometry adds approachability while the tight, tidy rhythm keeps it editorial and technical.
The design appears intended as a versatile, modern italic sans that stays readable at small sizes while providing a clear emphasis voice. Its rounded, open construction suggests a focus on clarity and a neutral brand presence rather than decorative personality.
The italic angle is pronounced enough to create momentum in paragraphs, yet letterforms remain stable with clear differentiation between similar shapes. The design maintains a consistent width logic across the set, producing an even, cohesive texture in continuous reading.