Sans Normal Anner 5 is a regular weight, normal width, monoline, upright, normal x-height font visually similar to 'Corsica' by AVP, 'Kirshaw' by Kirk Font Studio, 'Centra No. 1' by Monotype, and 'Gravita' by TipoType (names referenced only for comparison).
Keywords: ui text, branding, signage, headlines, editorial, modern, neutral, clean, friendly, technical, versatility, clarity, modernization, legibility, geometric, rounded, crisp, open, balanced.
A clean geometric sans with monoline strokes and a predominantly circular/elliptical construction in bowls and counters. Capitals are wide and steady with simple joins and minimal modulation; round letters like O/C read as near-perfect circles, while D/G/Q keep smooth, even curvature. Lowercase maintains a straightforward, utilitarian structure with open apertures and compact shoulders, and uses largely simple terminals; the two-storey g is notably geometric with stacked bowls. Numerals are similarly plain and consistent, with an oval 0 and an open-top 4 that leans toward a functional, signage-like idiom.
Well suited to interface typography, product and corporate branding, and general-purpose print work where a clean, contemporary voice is needed. It can handle headings confidently thanks to its sturdy capitals and geometric presence, while the open lowercase and consistent numerals make it serviceable for longer blocks of copy and informational layouts.
The overall tone is modern and matter-of-fact, projecting clarity over personality. Its rounded geometry adds a mild friendliness, while the crisp edges and even rhythm keep it feeling technical and contemporary rather than playful.
The design appears intended as a versatile geometric sans that prioritizes neutrality and readability, combining circular construction with simple terminals to perform reliably across display and text contexts.
In text, spacing appears even and stable, producing a smooth grey value at larger paragraph sizes. The forms favor legibility through open shapes and restrained details, with a clear separation between round and straight components (e.g., in D, U, and n/m).