Sans Normal Magoj 13 is a very bold, very wide, low contrast, italic, tall x-height font visually similar to 'Vito' by Dots&Stripes Type, 'HD Colton' by HyperDeluxe, 'Cairoli Now' by Italiantype, 'Neue Helvetica' and 'Neue Helvetica Paneuropean' by Linotype, and 'Nokia Expanded' by Lone Army (names referenced only for comparison).
Keywords: headlines, posters, sports branding, ads, packaging, sporty, energetic, bold, modern, confident, impact, speed, emphasis, branding, display, oblique, geometric, rounded, blocky, compact counters.
A heavy, oblique sans with broad proportions and a geometric, rounded construction. Strokes are uniform and dense, with squared terminals and subtly softened corners that keep forms feeling engineered rather than sharp. Counters are relatively tight, especially in letters like e, a, and s, giving the face a compact internal rhythm. Uppercase shapes are wide and stable, while lowercase forms sit on a strong baseline with a large body and short extenders, producing a solid, billboard-like color in text.
Best suited to short, high-impact settings such as headlines, display copy, posters, and branding where a strong, fast impression is desired. It can work for logos and sports or automotive-style graphics, and it holds up well in large-format promotional layouts where its dense weight and wide forms can dominate the page.
The overall tone is assertive and kinetic, with the forward slant suggesting speed and urgency. Its compact counters and wide stance push a loud, punchy personality that reads as athletic and promotional rather than quiet or editorial.
This design appears intended as a powerful display sans that communicates speed and strength through a consistent oblique stance and heavy, geometric forms. The tight counters and wide proportions prioritize visual impact and presence over delicate detail.
The numerals follow the same broad, slanted logic and feel designed for impact at large sizes. The italic angle is consistent across the set, and the rounded geometry helps maintain clarity despite the very dense weight.