Print Ebgip 4 is a very light, narrow, medium contrast, upright, normal x-height font.
Keywords: greeting cards, invitations, packaging, labels, posters, airy, friendly, whimsical, delicate, casual, handmade warmth, casual clarity, light texture, approachability, monoline, sketchy, rounded, loose, tall.
A very thin, monoline handwritten print with tall, narrow proportions and generous internal whitespace. Strokes appear lightly drawn with subtle wobble and occasional unevenness at joins, giving a sketchbook feel while remaining legible. Curves are softly rounded (notably in C, O, S), and straight strokes stay mostly vertical with a calm, upright stance. Terminals are simple and unembellished, and spacing reads open and breathable, with small irregularities that reinforce the hand-made rhythm.
Best suited to short-to-medium text where the delicate stroke can be appreciated: greeting cards, invitations, product labels, craft packaging, and gentle poster headlines. It also works well for quotes, children’s or hobby-themed materials, and any design that benefits from a soft hand-drawn presence without connected script.
The overall tone is gentle and personable, with a playful, informal warmth. Its delicate line quality suggests a soft-spoken, crafty character rather than bold display energy, making text feel approachable and lightly whimsical.
The design appears intended to capture the look of neat, hand-printed lettering with a light touch—prioritizing friendliness and clarity while preserving the natural variation of a pen-drawn line. It aims for an understated, breathable texture that adds personality without becoming overly decorative.
Uppercase and lowercase share a consistent thin stroke and similarly tall construction, helping mixed-case text feel cohesive. Several forms lean toward simple, geometric skeletons (single-storey a, open e), while small idiosyncrasies—like slightly off-center crossbars and varied curvature—keep it clearly hand-drawn. Numerals follow the same light, airy construction and read cleanly at larger sizes.