Sans Superellipse Meka 1 is a regular weight, narrow, monoline, italic, normal x-height font.
Keywords: headlines, branding, sportswear, tech ui, posters, futuristic, techy, sporty, dynamic, sleek, speed cue, tech styling, compact economy, geometric consistency, rounded corners, square-oval, oblique, compact, high contrast of angle.
A compact, oblique sans with monoline strokes and a distinct rounded-rectangle geometry. Curves are often squared-off into superellipse-like corners, giving bowls and counters a softened, boxy feel rather than true circles. Terminals are consistently rounded, joins are clean, and diagonals are prominent, creating a fast, forward-leaning rhythm. Proportions stay narrow and economical, with open apertures and simplified shapes that keep letterforms crisp at a glance.
Well-suited for display settings where a fast, contemporary voice is desired: athletic branding, esports and gaming graphics, product packaging, and technology-forward headlines. It can also work for short UI labels or interface callouts when a stylized, engineered look is appropriate, though longer text will read best at comfortable sizes due to its narrow, oblique construction.
The overall tone is modern and kinetic, with a subtle sci‑fi and motorsport flavor. Its slanted stance and squared curves suggest speed, machinery, and digital interfaces while staying friendly due to the rounded corners. The feel is confident and utilitarian rather than decorative.
The design appears intended to merge a utilitarian sans structure with rounded-rectangle styling and an energetic slant, creating a cohesive “speed and tech” aesthetic. Its consistent monoline build and softened corners aim to stay legible while projecting a distinctive, engineered personality.
Several forms emphasize geometric construction—rectangular counters, chamfer-like transitions, and uniform stroke width—producing a cohesive, engineered look. Figures follow the same rounded-rect logic, and punctuation appears similarly compact and angled, reinforcing the typeface’s forward motion.