Sans Normal Konor 2 is a bold, normal width, low contrast, italic, normal x-height font visually similar to 'FF Scuba' and 'FF Sero' by FontFont, 'Acto' by Monotype, 'Belle Sans' by Park Street Studio, 'NuOrder' and 'Syke' by The Northern Block, and 'Accura' by dooType (names referenced only for comparison).
Keywords: headlines, branding, posters, sportswear, packaging, contemporary, dynamic, friendly, confident, sporty, emphasis, modernity, impact, approachability, slanted, rounded, soft terminals, clean, open counters.
A slanted sans with heavy, even strokes and smoothly rounded curves. The forms show a slight rightward lean throughout, with soft terminals and generous, open counters that keep the bold weight readable. Uppercase shapes are broad and steady, while the lowercase leans more fluid and compact, creating a lively rhythm in text. Numerals appear sturdy and straightforward, matching the same rounded, low-contrast construction.
This font is well suited to headlines, branding, and short-to-medium display copy where a bold, energetic voice is needed. It can work effectively on posters and packaging, and fits visual systems that aim for a contemporary, sporty, or tech-adjacent feel. The strong weight and open counters help it hold up in high-contrast layouts and attention-grabbing messaging.
The overall tone feels energetic and modern, with a friendly, approachable softness coming from the rounded construction. Its italic slant adds motion and emphasis, giving it a confident, forward-driving presence without becoming aggressive.
The design appears intended as a modern italic sans for prominent, expressive typography—combining bold presence with rounded, readable shapes. It aims to deliver emphasis and motion while staying clean and approachable for brand-forward applications.
Letterforms prioritize clarity over geometric rigidity: curves are smooth and consistent, and joins avoid sharp tension. In the sample text, spacing reads comfortably at display sizes, with the slant helping emphasize headlines and punchy statements.