Explore the artistic fusion of East and West with UT Rangoflys, an experimental sans serif font inspired by the graceful forms of the Japanese Hiragana script. This innovative typeface combines the fluidity of traditional calligraphy with modern, avant-garde design, offering a unique and versatile typographic experience.
UT Rangoflys features 386 meticulously crafted glyphs, supporting over 200 languages, making it an ideal choice for global creatives. The font’s design captures the essence of Hiragana’s soft curves and smooth transitions while integrating contemporary elements, resulting in a typeface that is both expressive and functional.
Perfect for digital interfaces, branding, and print, UT Rangoflys adds a touch of elegance and creativity to any project. Whether you’re looking to make a bold statement or add subtle sophistication, this font delivers a fresh perspective on modern typography.
Key Features :
- Uppercase Letters: The uppercase characters have a modern, minimalist look, with slight variations and unique curves that give them an experimental feel.
- Lowercase Letters: The lowercase letters maintain a more rounded and approachable form, yet they still carry an experimental edge.
- Numerals & Punctuation: The numerals are clean and legible, matching the overall modern sans-serif aesthetic. The punctuation includes a mix of standard and creatively designed symbols, suitable for various design contexts.
- Special Characters: The font includes a range of accented characters and special symbols, allowing it to be used in multilingual contexts.
- Experimental Glyphs: The font includes uniquely styled characters, such as the stylized “a” and “g,” which incorporate unexpected curves and angles.
- Language Support : Over 200 languages
Inspiration:
UT Rangoflys is inspired by the fluid, rounded forms characteristic of the Japanese Hiragana script. This influence is evident in the font’s soft curves, smooth transitions, and subtle stroke variations, which evoke the calligraphic style of Hiragana while blending it with modern, experimental design elements.
