Sans Normal Korin 1 is a bold, narrow, low contrast, italic, normal x-height font visually similar to 'Benton Sans' and 'Benton Sans Std' by Font Bureau, 'ITC Franklin' and 'ITC Franklin Gothic LT' by ITC, 'PG Gothique' by Paulo Goode, and 'Franklin Gothic' by URW Type Foundry (names referenced only for comparison).
Keywords: headlines, posters, sports branding, packaging, signage, sporty, energetic, assertive, contemporary, advertising, attention grab, space saving, convey motion, modern branding, display impact, condensed, slanted, grotesque, industrial, compact.
A compact, slanted sans with sturdy, monoline strokes and tightly controlled proportions. Curves are smooth and rounded while terminals stay mostly blunt and functional, giving the shapes a clean, engineered feel. The alphabet reads evenly in all-caps, with a strong forward lean and a restrained, consistent rhythm that keeps counters open despite the compressed width. Numerals match the same utilitarian construction, with solid weight and simple, modern forms.
Best suited to headlines and short bursts of text where a compact footprint and strong presence are needed. It works well for sports branding, promotional graphics, packaging callouts, and signage that benefits from a sense of speed and emphasis.
The overall tone is energetic and driven, with a forward-leaning stance that suggests motion and urgency. Its dense, punchy color feels confident and attention-seeking, leaning toward sporty and promotional contexts rather than quiet editorial settings.
This design appears intended as an impactful, space-efficient italic sans for modern display typography—combining condensed geometry with a bold, forward-leaning rhythm to maximize urgency and visibility in branded messaging.
The italics are pronounced enough to read as a deliberate design choice rather than a subtle oblique, helping lines of text create directional flow. Spacing appears designed for impact at display sizes, where the condensed shapes and strong weight build a compact, high-contrast block on the page (by density rather than stroke modulation).