“ᛐ” U+16D0: Runic Letter Short-Twig-Tyr T

U+16D0: Technical Specifications for the Runic Letter Short-Twig-Tyr T

The Runic Letter Short-Twig-Tyr T (“ᛐ” U+16D0) represents a fascinating intersection of ancient epigraphy and modern computational standards. This exhaustive resource provided by iloveunicode.com delivers the complete technical profile, encoding transformations, and structural data for this distinct Norse character.

U+16D0 Runic Character Specifications

The Unicode codepoint U+16D0 represents the character Runic Letter Short-Twig-Tyr T. As a specialized variant within the Younger Futhark tradition, this character is a staple for historians and developers working with Scandinavian linguistics. Officially integrated into the Unicode Standard in version 3.0 (September, 1999), it resides within the Runic block of the Basic Multilingual Plane, serving as a pillar for digital runology across global platforms.

Main Unicode Properties
Name Runic Letter Short-Twig-Tyr T
Unicode Codepoint U+16D0
Unicode Version 3.0 (September, 1999)
Block Runic
Plane Basic Multilingual Plane
Bidirectional Data
Bidirectional class Left To Right (L)
Is mirrored? No
Other Unicode Data
Category Other Letter (Lo)
Script Runic
Combining Class Not Reordered (0)

Technical Conversions & Encodings

Implementing U+16D0 correctly across different software environments requires accurate escape sequences and hex values. Use the following tables for your development needs.

Environment Value / Code
HTML (decimal)
HTML (hex)
URL Escape Code %E1%9B%90
CSS 016D0
JavaScript, JSON, C, C++, Java, Python, Ruby u16D0
Rust u{16D0}
UTF Encoding Scheme Hexadecimal Value
UTF-8 0xE1 0x9B 0x90
UTF-16 0x16D0
UTF-32 0x000016D0

System Input & Visual Preview

How to type “ᛐ”:

  • Windows: Hold Alt, then type 1 6 D 0. Release Alt.
  • Mac: Hold Alt ⌥, then type 1 6 D 0. Release Alt.

Font Rendering Preview:

Serif

Sans-Serif

Monospace

Conclusion: Advancing Your Unicode Knowledge

Understanding the nuances of the Runic Letter Short-Twig-Tyr T is essential for maintaining high-fidelity data in linguistic research and specialized software development. Mastery of U+16D0 facilitates seamless cross-platform rendering and prevents character corruption. With the technical foundation provided by iloveunicode.com, developers can ensure their applications respect the complexity of historical scripts.

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