Script Ipris 7 is a bold, normal width, high contrast, italic, short x-height font.
Keywords: logos, packaging, headlines, invitations, greeting cards, vintage, friendly, romantic, playful, crafty, handcrafted tone, decorative display, signature look, expressive lettering, brushy, swashy, rounded, looped, calligraphic.
A flowing, brush-like script with a forward slant and pronounced thick–thin modulation. Letterforms show rounded joins, teardrop-like terminals, and occasional entry/exit swashes, giving the strokes a lively, hand-made rhythm. Uppercase characters are more embellished, with generous curves and looped details, while lowercase stays compact with a noticeably low x-height and tall ascenders/descenders. Spacing and letter widths vary from glyph to glyph, reinforcing an organic, written feel while maintaining consistent stroke contrast and overall color on the line.
Well-suited for branding and logotypes that want an approachable, handcrafted signature feel, as well as packaging, labels, and boutique-style headlines. It also fits invitations, greeting cards, and social graphics where a decorative script can carry the message with personality.
The style reads as warm and personable, with a nostalgic, decorative tone. Its bouncy curves and soft terminals make it feel welcoming and slightly playful, while the calligraphic contrast and flourishes add a touch of formality and romance.
The design appears intended to emulate confident brush-pen lettering with a refined calligraphic contrast, balancing legibility with expressive swashes. Its varied widths and ornamental capitals suggest a focus on display typography that feels personal and crafted rather than strictly formal.
The sample text shows strong word-shape presence and clear capitals, with flourishes that become more prominent in initials and certain curved letters. The numerals are similarly curvy and stylized, matching the script’s stroke contrast and rounded finishing. Because of the compact lowercase and decorative construction, clarity is strongest at display sizes rather than dense reading settings.