Sans Normal Eprob 11 is a bold, very wide, medium contrast, italic, short x-height font.
Keywords: headlines, posters, sports branding, packaging, signage, sporty, dynamic, friendly, retro, casual, expressiveness, motion, impact, approachability, display clarity, rounded, oblique, soft terminals, open counters, high slant.
A heavy, rounded sans with a pronounced rightward slant and softly tapered stroke endings. Forms are built from broad, elliptical curves with relatively open apertures and generous counters, giving letters an airy interior despite the weight. The rhythm is lively and uneven in an intentional way, with noticeably different character widths and a forward-leaning, handwritten-like momentum. Numerals follow the same rounded, slightly condensed/expanded mix, maintaining a cohesive, streamlined silhouette in running text.
Best suited to headlines, posters, and large-format messaging where its slanted, rounded shapes can communicate speed and personality. It works well for sports and lifestyle branding, event graphics, packaging, and attention-grabbing signage, especially when a friendly, kinetic look is desired.
The overall tone is energetic and approachable, with a sporty, action-oriented feel that reads as casual rather than formal. Its strong slant and rounded construction suggest motion and friendliness, leaning slightly retro in attitude while remaining clean and contemporary enough for bold statements.
The font appears designed to deliver a sense of motion and impact while staying approachable through rounded geometry and open interiors. Its variable character widths and pronounced slant prioritize expressive word shapes and bold display presence over neutral text setting.
The design’s strongest visual signature is the combination of wide proportions and strong obliquing, which increases horizontal flow and makes word shapes feel fast and sweeping. Because many characters have low visual “resting points” and soft joins, the texture in paragraphs is fluid and continuous, favoring display sizes over dense body copy.