Sans Superellipse Ryres 10 is a regular weight, wide, high contrast, italic, normal x-height font.
Keywords: sports branding, automotive, gaming ui, tech packaging, posters, futuristic, sporty, technical, dynamic, sleek, speed, modernity, tech feel, branding impact, display clarity, squared, rounded corners, oblique, streamlined, angular.
A wide, oblique sans built from rounded-rectangle (superellipse-like) counters and outer shapes. Strokes show noticeable contrast, with heavier verticals and lighter connecting strokes, and terminals often finish in crisp, slightly angled cuts. Curves are squared-off rather than circular, giving bowls and counters a soft-rectilinear geometry; spacing is open and the overall rhythm is fast and forward-leaning. Uppercase forms feel condensed in detail but extended in width, while lowercase maintains a relatively even, mid-height profile with single-storey shapes and simplified joins.
Works best where a forward-leaning, technical voice is desired—sports identities, automotive and racing graphics, gaming and esports overlays, tech-forward packaging, and punchy poster headlines. It can also serve for short UI labels or interface headings where a sleek, engineered aesthetic is appropriate.
The tone is modern and kinetic, with a motorsport/tech flavor that reads as engineered and performance-oriented. Its rounded-square geometry feels digital and streamlined, while the slant and sharp terminals add urgency and motion.
Likely designed to deliver a contemporary, speed-driven sans with superelliptical structure and built-in motion. The combination of wide proportions, rounded-rect forms, and crisp angled terminals suggests an intention to balance approachability (soft corners) with precision and performance (sharp cuts and contrast).
The numerals and caps emphasize enclosure and speed through rounded corners and flattened curves, and the design keeps a consistent superelliptical logic across bowls, apertures, and counters. The italic construction is integral (not a simple mechanical slant), with glyph shapes and terminals tuned for a cohesive forward flow.