Sans Normal Lorov 3 is a very bold, normal width, low contrast, italic, tall x-height font visually similar to 'FF Clan', 'FF Good', and 'FF Zwo' by FontFont; 'Telder HT Pro' by Huerta Tipográfica; 'Latina' by Latinotype; and 'Famiar' by Mans Greback (names referenced only for comparison).
Keywords: headlines, posters, branding, sportswear, packaging, sporty, energetic, modern, punchy, confident, impact, speed, display, attention, oblique, heavy, geometric, compact, smooth.
A heavy, oblique sans with smooth, rounded construction and a strong rightward slant. Strokes are largely monolinear with minimal contrast, and counters are generous, keeping forms open despite the weight. Curves are clean and geometric, while joins and terminals are mostly blunt or softly squared, producing a sturdy, compact silhouette. The overall rhythm is dense and forward-leaning, with sturdy bowls and clear, simplified shapes across letters and numerals.
Best suited to short, bold text such as headlines, posters, product names, and brand marks where the slanted, heavy forms can create momentum and emphasis. It can work well in sports, fitness, and promotional contexts, and in packaging or signage where quick recognition and impact matter more than long-form reading comfort.
The font reads as athletic and high-impact, with a fast, assertive posture from the italic angle and thick strokes. It conveys a contemporary, action-oriented tone suited to bold statements and attention-grabbing headlines.
The design appears intended as a modern display sans that combines geometric clarity with an italic, speed-driven stance. Its large, open counters and simplified construction aim to preserve legibility at large sizes while maximizing visual punch and immediacy.
Uppercase and lowercase share a consistent geometric logic, with single-storey lowercase forms contributing to a straightforward, contemporary feel. Numerals match the same heavy, rounded style and remain highly prominent, emphasizing display use and strong contrast against the page through mass rather than stroke modulation.