Sans Superellipse Denir 8 is a light, normal width, low contrast, italic, normal x-height font visually similar to 'Revx Neue' and 'Revx Neue Rounded' by OneSevenPointFive (names referenced only for comparison).
Keywords: ui labels, app design, wayfinding, tech branding, data display, modern, technical, streamlined, futuristic, clean, modernize, streamline, soften geometry, add motion, improve clarity, rounded corners, oblique, monoline, geometric, extended apertures.
A monoline oblique sans with a superelliptical construction: curves read as rounded-rectangle arcs, and corners finish with consistently softened terminals. Proportions are slightly condensed and upright forms are gently slanted, producing a forward-leaning rhythm without calligraphic modulation. Counters are open and neatly controlled, with rounded joins and smooth curves that keep shapes crisp at small sizes. The overall color is even, with minimal stroke contrast and a tidy, engineered geometry across letters and numerals.
Well suited to interface typography, product labeling, dashboards, and other environments where a clean oblique sans adds motion and emphasis without sacrificing clarity. It also works for tech-oriented branding, packaging, and signage where rounded geometry can signal friendliness while retaining a precise, modern look.
The tone feels contemporary and engineered—sleek, efficient, and a bit futuristic. Its rounded geometry softens the technical impression, keeping the voice approachable while still reading as precise and modern.
The design appears intended to deliver a cohesive, superellipse-driven sans that reads efficiently in running text while projecting a streamlined, contemporary character. The oblique posture and rounded terminals suggest a deliberate balance between speed, clarity, and approachable modernity.
Uppercase forms maintain a narrow, aerodynamic stance, while lowercase shapes remain clear and compact with generous openings. Numerals follow the same rounded-rectangle logic, giving strings of figures a consistent, device-like cadence.