Sans Superellipse Kiha 9 is a regular weight, very wide, medium contrast, italic, normal x-height font visually similar to 'FP Head Pro' by Fontpartners (names referenced only for comparison).
Keywords: branding, headlines, ui, signage, posters, techy, aerodynamic, modern, sleek, sporty, modernize, streamline, add motion, tech tone, brand impact, rounded, oblique, boxy, geometric, monoline.
A rounded, geometric sans with an oblique stance and a distinctly squared-off, superellipse construction. Strokes are largely monoline with subtly softened terminals, and curves transition into straight segments with a smooth, controlled radius. Counters tend toward rounded-rect shapes, giving letters like O, C, D, and Q a compact, engineered feel rather than a purely circular one. Proportions are expansive and horizontally biased, with open apertures and generous inner space that keep the wide forms readable in text.
It performs best where a sleek, contemporary look is needed—brand marks, product titling, advertising headlines, and interface or dashboard typography. The open shapes and controlled rounding also make it a solid choice for large-format signage and wayfinding where a technical, modern tone is desirable.
The overall tone feels technical and forward-leaning, suggesting speed, efficiency, and a contemporary industrial polish. Its rounded corners temper the mechanical geometry, producing a friendly-but-functional voice suited to modern interfaces and performance-oriented branding.
The font appears designed to merge geometric precision with approachable rounding, creating a streamlined sans that reads as modern and engineered. The integrated oblique posture reinforces motion and emphasis, aiming for an energetic display presence that remains orderly in short-to-medium text.
The design emphasizes consistency across caps, lowercase, and numerals, with a stable rhythm and clean joins. Numerals follow the same rounded-rectangle logic, and the oblique angle is integrated into the forms rather than looking like a simple slant transformation.