Sans Superellipse Balap 2 is a very light, normal width, monoline, italic, normal x-height font.
Keywords: ui labels, tech branding, posters, signage, product titles, futuristic, technical, streamlined, minimal, modernity, speed, precision, clarity, rounded corners, oblique, geometric, extended terminals, open counters.
This typeface is a slender, monoline oblique sans with a rounded-rectangle (superellipse) construction. Strokes keep a consistent thickness while corners are softly squared, producing a smooth, engineered outline rather than a purely circular feel. Letterforms are slightly condensed and forward-leaning, with generous interior space and open apertures that help maintain clarity despite the light build. Curves transition into straighter segments with controlled radii, and many terminals finish in clean, straight cuts, reinforcing a precise, schematic rhythm across caps, lowercase, and numerals.
It works best in situations that benefit from a clean, high-tech voice: interface labels, dashboards, product naming, wayfinding, and contemporary branding. The light stroke and oblique stance make it especially effective at medium-to-large sizes for headlines, titles, and short informational lines where a streamlined aesthetic is desired.
The overall tone is sleek and contemporary, with a subtle sci‑fi/tech flavor. Its aerodynamic slant and rounded-square geometry suggest motion, efficiency, and modern industrial design rather than warmth or tradition.
The design appears intended to deliver a modern, engineered sans that blends geometric efficiency with softened corners for approachability. By combining a consistent monoline stroke with superelliptical rounding and a forward slant, it aims to communicate speed, precision, and contemporary technology.
Uppercase forms read as structured and modular, while the lowercase keeps the same rounded-rectilinear logic for bowls and shoulders. Numerals follow the same language, mixing straight segments with softened corners for a cohesive set that feels designed for interface and display contexts.