Sans Superellipse Kefa 7 is a very bold, wide, low contrast, italic, tall x-height font visually similar to 'Bullish' by Gerald Gallo and 'RBNo3.1' by René Bieder (names referenced only for comparison).
Keywords: headlines, posters, sports branding, team graphics, gaming ui, sporty, futuristic, assertive, dynamic, technical, impact, speed, modernity, branding, display, rounded corners, oblique, extended, blocky, compact counters.
A heavy oblique sans with extended proportions and rounded-rectangle construction. Strokes are thick and even, with softly chamfered corners and superelliptical curves that keep round letters looking squared-off. Apertures and counters are relatively tight, emphasizing a dense, punchy texture. Terminals are clean and flat, and the overall rhythm is forward-leaning and brisk, with clear, geometric forms that stay consistent across caps, lowercase, and numerals.
Best suited to large-scale display work such as headlines, posters, and punchy brand marks where the forward slant and dense weight can communicate motion. It also fits sports and gaming contexts—scoreboards, titles, packaging, and UI accents—where bold, engineered shapes need to hold up at a glance.
The letterforms read fast and forceful, with a motorsport and sci‑fi edge. Its rounded geometry keeps the tone modern rather than aggressive, while the strong slant adds motion and urgency. Overall it suggests speed, performance, and engineered precision.
The design appears intended as a high-impact display sans that blends geometric, rounded-rectangle forms with a strong oblique stance to convey speed and modernity. It prioritizes immediate recognizability and a cohesive, technical silhouette over delicate detailing, making it ideal for short bursts of text and logo-like applications.
Caps are compact and angular with generous width, while lowercase maintains the same geometric logic with minimal stroke modulation. Numerals follow the same squared-round construction and feel suited to big, high-impact settings. The design’s tight internal spaces and bold mass make it most effective when given breathing room.