Sans Superellipse Kydiz 2 is a bold, very wide, medium contrast, upright, normal x-height font.
Keywords: headlines, posters, logos, packaging, gaming ui, techy, playful, futuristic, sporty, chunky, display impact, brand voice, futuristic warmth, geometric softness, high visibility, rounded corners, soft terminals, squared rounds, wide stance, ink-trap hints.
A heavy, wide sans with rounded-rectangle construction and softly squared curves throughout. Strokes are consistently thick with smooth joins and generously rounded corners, creating a superellipse feel rather than fully circular bowls. Counters are relatively compact and often rectangular-oval, while apertures and notches (notably in forms like S, a, and g) create clear internal rhythm at display sizes. The overall footprint is broad with stable horizontals and short, softened terminals, giving the letters a compact, blocky silhouette despite the open spacing between characters.
Best suited for headlines and short bursts of text where its broad, chunky shapes can read cleanly and set a strong tone. It works well for logos, product packaging, sports or esports identities, and gaming or tech interface titling where a friendly futuristic texture is desired.
The face reads as contemporary and slightly retro-futuristic, combining a friendly softness with a confident, engineered presence. Its inflated, rounded forms feel approachable and game-like, while the wide stance and squared geometry suggest technology, sports branding, and sci‑fi interfaces.
The design appears intended to deliver maximum impact with a smooth, rounded-geometry aesthetic, prioritizing a distinctive silhouette and brandable texture over long-form neutrality. Its superelliptical bowls and softened corners aim to feel modern and approachable while remaining bold and structured.
Several glyphs show deliberate shaping for clarity—angular diagonals are cushioned by rounding, and some joins appear subtly carved to prevent clumping at heavy weights. Numerals and lowercase share the same rounded-rect language, keeping a consistent, modular texture across mixed-case settings.