Sans Superellipse Elfu 6 is a regular weight, narrow, medium contrast, italic, normal x-height font.
Keywords: headlines, branding, sports, ui labels, posters, technical, aerodynamic, modern, utilitarian, sporty, space saving, speed cue, modernize, technical clarity, brand distinctiveness, rounded corners, oblique, condensed, clean, linear.
A condensed oblique sans with monolinear strokes and clearly squared-off, superellipse-like curves. Terminals are generally blunt with softened corners, giving bowls and counters a rounded-rectangle geometry rather than fully circular forms. The drawing favors tall proportions, tight internal space, and compact widths, with a steady rhythm and even stroke behavior across caps, lowercase, and figures. Numerals and round letters (like O, 0, Q, 8) show the most distinctive squarish curvature, while diagonals and joins stay crisp and controlled.
This style suits headlines, logotypes, and short-to-medium display text where a sense of speed and precision is desirable. It can also work well for UI labels, navigation, and product or equipment branding where condensed oblique text helps conserve space and reinforce a technical aesthetic.
The overall tone feels engineered and streamlined, with a forward-leaning posture that suggests motion and efficiency. Its rounded-rectangular forms read modern and functional, leaning toward a tech or industrial voice rather than expressive calligraphy.
The design appears intended to combine modern legibility with a distinctive superellipse construction, using an oblique stance and condensed proportions to communicate momentum and contemporary utility. Rounded corners temper the rigidity of squared forms, producing a controlled, versatile display voice.
Distinctive shapes include a squarish zero and rounded-rectangle counters throughout, plus compact, upright-to-oblique constructions that keep lines of text looking taut and fast. The italic angle is consistent, and the condensed set width makes it feel space-conscious while still maintaining clear letter separation.