Sans Normal Jarap 7 is a bold, very wide, low contrast, upright, tall x-height font.
Keywords: headlines, logotypes, posters, branding, tech ui, futuristic, tech, streamlined, confident, sporty, display impact, tech branding, speed cues, modern styling, strong presence, geometric, rounded, extended, square-cut, compact.
A geometric, extended sans with rounded outer curves and crisp, square-cut terminals. Strokes are monolinear and heavy, with generous horizontal proportions and a wide, stable stance. Counters tend toward rounded-rectangular shapes, and many joins and terminals show subtle angular shears that add motion without breaking the overall smoothness. The lowercase is built for solidity and clarity, with a large x-height and compact apertures that keep the texture dense and even in display sizes.
Best suited to headlines, logos, packaging, and poster typography where its wide footprint and strong stroke presence can read clearly at larger sizes. It can also work for short UI labels, product names, and motion graphics where a futuristic, engineered voice is desired, but its dense texture suggests avoiding long passages of small text.
The overall tone is modern and machine-clean, with a sci‑fi and performance-oriented flavor. Its broad proportions and sliced terminals give it a fast, engineered feel—confident, slightly aggressive, and well suited to contemporary tech and automotive aesthetics.
The design appears intended to deliver a contemporary, high-impact display sans that merges geometric roundness with sharp, cut terminals for a technical, forward-leaning identity. The consistent weight and broad proportions aim for immediate recognition and strong brand presence across titles, marks, and short statements.
The glyph set shows consistent horizontal emphasis across both cases; rounded forms like O/C/G are squarish-oval, while diagonals (V/W/X/Y) are sharp and prominent. Numerals match the letterforms with similarly rounded-rectangular bowls and firm, flattened terminals, supporting cohesive titling and interface labeling.