Sans Contrasted Raled 6 is a very bold, wide, medium contrast, upright, normal x-height font.
Keywords: posters, headlines, sports branding, packaging, signage, industrial, athletic, retro, sturdy, playful, high impact, rugged display, vintage signage, brand emphasis, headline punch, chamfered, octagonal, blocky, soft corners, ink-trap feel.
A heavy, block-constructed sans with broad proportions and chamfered, almost octagonal outer contours. Strokes are thick and confident with slight internal modulation that reads as deliberate shaping rather than true calligraphic stress. Corners tend to be clipped or softly beveled, and several joins show small notches and cut-ins that create an ink-trap-like texture at display sizes. Counters are compact and rounded-rectangular, producing a dense, punchy color and strong silhouette legibility.
Best suited to display typography where its mass and faceted detailing can be appreciated: posters, big headlines, athletic branding, product packaging, and bold wayfinding or storefront-style signage. It can work in short bursts of text, but the dense counters and strong texture make it most effective for titles, labels, and emphatic callouts.
The overall tone is bold and utilitarian with a friendly edge—suggesting workwear, sports graphics, and vintage signage. The faceted corners and compact counters give it a rugged, engineered feel, while the softened bevels keep it approachable rather than harsh.
The design appears intended to deliver maximum impact with a sturdy, crafted look—combining a geometric block framework with beveled corners and subtle cut-ins to add character and prevent heavy shapes from clogging visually. It aims for a confident, retro-industrial voice that remains readable and consistent across letters and numerals.
Round letters such as O and Q become squarish and structured, and the numerals share the same clipped-corner logic for a cohesive set. Spacing appears generous enough for headlines, and the design’s built-in texture (from bevels and notches) becomes a defining feature as sizes increase.