Sans Superellipse Imlip 8 is a very bold, very wide, low contrast, italic, normal x-height font.
Keywords: headlines, logos, posters, sports branding, gaming ui, futuristic, racing, tech, sporty, aggressive, speed, impact, modernity, tech styling, branding, oblique, extended, rounded, streamlined, modular.
A heavy, obliqued display sans with extended proportions and rounded-rectangle construction throughout. Curves and corners are broadly radiused, producing smooth, superelliptical bowls and apertures, while horizontal cuts and notches create a fast, engineered silhouette. Strokes stay consistently thick with minimal modulation, counters are compact, and terminals tend to finish in sheared, forward-leaning angles that reinforce a sense of motion. Spacing appears moderately tight, with forms designed to interlock cleanly in all-caps and mixed-case settings.
Best suited to short, prominent text where its wide stance and forward energy can carry the composition—headlines, event posters, team identities, product marks, and esports or racing-themed graphics. It can also work for large UI labels or interface titling in futuristic or industrial settings, where the sliced forms add visual interest without relying on fine detail.
The overall tone is high-speed and performance-driven, evoking motorsport graphics, sci‑fi interfaces, and athletic branding. Its forward slant and sliced detailing read as assertive and modern, prioritizing impact and momentum over neutrality.
The design appears intended to deliver a compact, muscular “speed” aesthetic using rounded-rectangle geometry, oblique momentum, and strategic cut-ins to suggest technology and performance. It emphasizes recognizable silhouettes and branding impact, aiming for a cohesive, athletic-tech voice across letters and figures.
Distinctive stencil-like breaks—especially in letters such as E, S, and G—add a technical, machined character while helping differentiate similar shapes at a glance. Numerals follow the same rounded, aerodynamic logic, with simplified interiors and angled joins that keep the set cohesive.