Sans Superellipse Imrij 1 is a very bold, very wide, low contrast, italic, normal x-height font.
Keywords: sports branding, racing graphics, headlines, posters, gaming ui, sporty, futuristic, aggressive, dynamic, techy, high impact, speed emphasis, modern branding, tech display, athletic tone, extended, oblique, rounded corners, superelliptic, industrial.
A heavy, extended oblique sans built from compact, superelliptic curves and straight segments. Counters are rounded-rectangular and generally small relative to the stroke mass, giving the forms a dense, high-impact silhouette. Terminals are mostly blunt with subtle corner rounding, and many joins favor sharp, angled cuts that reinforce a forward-leaning, aerodynamic feel. Overall spacing is open enough to keep the wide letters from clogging, while the rhythm stays tight and consistent across uppercase, lowercase, and numerals.
Best suited for short to medium display settings where impact and speed cues are desirable: team identities, automotive and racing graphics, esports and gaming titles, tech-forward campaigns, and bold packaging callouts. It also works well for interface-style labels or numeric-heavy elements (scores, timings, specs) when set large enough to preserve counter clarity.
The tone is fast, assertive, and performance-oriented, evoking motorsport graphics, sci‑fi interfaces, and high-energy branding. Its slanted stance and broad proportions communicate motion and urgency, while the rounded geometry keeps the hardness from feeling brittle or jagged.
The design appears intended to deliver a high-impact, forward-leaning display voice that reads as fast and modern. By combining extended proportions with superelliptic rounding and angular cuts, it aims to balance futuristic smoothness with aggressive, mechanical energy.
Lowercase forms track closely to the uppercase in construction, emphasizing a unified, display-driven voice rather than a traditional text hierarchy. Numerals follow the same rounded-rectangle logic and maintain strong presence, making them suitable for prominent numeric readouts.