Sans Superellipse Rudav 9 is a regular weight, narrow, high contrast, upright, normal x-height font visually similar to 'Hareva' by Mofr24 (names referenced only for comparison).
Keywords: headlines, posters, magazine, branding, packaging, editorial, dramatic, sophisticated, retro, theatrical, display impact, editorial voice, space saving, modern classic, condensed, vertical stress, crisp, sculpted, high-waisted.
A condensed, high-contrast design with strongly vertical construction and rounded-rectangle (superellipse-like) curves in bowls and counters. Strokes alternate between hairline-thin joins and emphatic vertical stems, producing a crisp, poster-like rhythm. Terminals are clean and mostly unbracketed, with tight apertures and compact internal space that reinforces the tall, columnar silhouette. The lowercase shows a two-storey “a” and a compact “e,” while figures and capitals maintain the same narrow stance and sharp contrast for a consistent, display-forward texture.
Best suited to headlines, subheads, pull quotes, posters, and magazine-style layouts where its contrast and narrow width can amplify hierarchy. It can also work for branding and packaging that want a refined, high-fashion look, especially when paired with a quieter companion for body copy.
The overall tone feels fashion-editorial and slightly theatrical—elegant but assertive, with a hint of vintage titling. Its condensed proportions and stark contrast lend it a dramatic, high-impact voice that reads as curated and upscale rather than casual or utilitarian.
The design appears intended as a modern display face that blends geometric, rounded-rectangle anatomy with classic high-contrast drama. Its goal is to deliver a compact footprint and strong vertical presence while preserving an elegant, stylized character in both uppercase titling and mixed-case settings.
In text settings the strong vertical cadence creates a distinctive stripe pattern; this can look striking at larger sizes but may feel busy in long passages. The combination of tight spacing potential and hairline connections suggests it will benefit from generous size and careful tracking in print-like layouts.