Sans Superellipse Fenaz 1 is a bold, normal width, low contrast, italic, normal x-height font.
Keywords: headlines, branding, posters, sportswear, gaming ui, sporty, techno, futuristic, dynamic, aggressive, speed, impact, modernity, display, oblique, rounded corners, chiseled terminals, angular curves, tight apertures.
A forward-leaning sans with compact, rounded-rectangle construction and sharply cut terminals. Strokes are consistently heavy with minimal modulation, and curves resolve into flattened arcs and superellipse-like bowls rather than true circles. Many letters show wedge-like entry and exit cuts, giving corners a carved, aerodynamic feel. Counters are small-to-medium and apertures tend to be tight, producing a dense, punchy texture that remains fairly uniform across uppercase, lowercase, and numerals.
Best suited to display roles where momentum and presence matter: headlines, logos, packaging, posters, and sports or esports-themed branding. It can also work for short UI labels or interface elements that aim for a performance/tech aesthetic, while longer passages benefit from generous sizing and spacing.
The overall tone feels fast and engineered—suggesting motion, performance, and a slightly futuristic edge. Its slanted stance and angular trimming lend an assertive, competitive personality that reads as sporty and tech-forward rather than neutral or bookish.
The design appears intended to combine a robust, contemporary sans structure with a streamlined, speed-inspired italic slant. Rounded-rectangle geometry and clipped terminals suggest a deliberate effort to feel modern, modular, and energetic while staying cohesive and highly legible in bold display settings.
Distinctive diagonal cuts and notched joins create a recognizable rhythm, especially in glyphs with arms and diagonals. The numerals follow the same streamlined logic, with squared-off curves and sharp terminations that keep the set visually cohesive. In longer text, the tight apertures and heavy forms emphasize impact over delicacy, especially at smaller sizes.