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ASCII Art Generator

Convert text to ASCII art using FIGlet-style fonts — create banners for code comments, README files, terminal scripts, and creative displays.

Last updated: March 26, 2026

Client-Side Processing
Input Data Stays on Device
Instant Local Execution

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What is ASCII Art Generator?

ASCII art is the practice of creating decorative text or images by arranging printable ASCII characters (letters, numbers, and symbols like `/`, `|`, `_`, `#`) in a grid pattern. Large-text ASCII art — where normal letters are drawn using smaller characters — is called "figlet art" after the FIGlet program written in 1991 by Glenn Chappell and Ian Chai. Each FIGlet font is a collection of character templates: a set of ASCII patterns that together render A–Z, 0–9, and punctuation as large multi-row characters.

ASCII text banners are widely used for section headers in source code files (especially shell scripts and config files), README titles on GitHub and GitLab, terminal welcome messages (MOTD), and CLI tool startup screens. Unlike images, ASCII art is pure text — it copies into any text field, renders in any fixed-width font, and is fully searchable and version-controllable. This tool generates ASCII art from any input text using a selectable font library with adjustable output width.

How to Use ASCII Art Generator

1

Type your text into the input field — short phrases of 1–15 characters produce the clearest output

2

Choose an ASCII font from the dropdown — **Standard** is the classic FIGlet look; others like **Block**, **Banner**, **Doom**, or **Slant** give different styles

3

The ASCII art preview updates live as you type and change fonts

4

Adjust the output width if the art wraps unexpectedly — wider allows longer lines without breaks

5

Click **Copy** to copy the generated ASCII art to your clipboard

6

Paste directly into a code comment, terminal, README, or any text field — it renders correctly in any monospace font

Common Use Cases

  • Adding a styled file header to a shell script, Python file, or config file to identify its purpose at a glance
  • Creating a large ASCII title for a GitHub README.md that stands out in the monospace code block preview
  • Setting up a terminal MOTD (message of the day) — the banner displayed when you SSH into a server
  • Building a CLI tool that shows a branded ASCII banner on startup (common in Node.js, Python, and Go CLIs)
  • Adding visual section dividers to long configuration files so different sections are scannable at a glance
  • Creating Discord server headers or profile bio art using block characters and font variety
  • Generating fun text art for code review comments, engineering Slack channels, or technical blog post openers
  • Producing a retro-aesthetic logo header for a terminal-themed web project, zine, or side project README

Example Input and Output

Generating an ASCII banner for a README file title using the Standard FIGlet font:

Input text + font
Text: WebTools
Font: Standard
ASCII art output
__        __   _  _____           _
\ \      / /__| |_|_   _|__   ___ | |___
 \ \ /\ / / _ \ '_ \| |/ _ \ / _ \| / __|
  \ V  V /  __/ |_) | | (_) | (_) | \__ \
   \_/\_/ \___|_.__/|_|\___/ \___/|_|___/

Client-Side Processing

ASCII art generation runs entirely in your browser using a JavaScript FIGlet renderer with bundled font files. Your input text is never sent to our servers.

Wrap Art in a Code Comment Block

When using ASCII art as a file header in source code, wrap it in the appropriate comment syntax for the language. Bash/Python: # on each line. JavaScript/C/Java: /* ... */. HTML: <!-- ... -->. Without comment delimiters the ASCII characters cause syntax errors. Many developers add a row of dashes above and below the art for additional visual separation between the banner and the first line of code.

ASCII Art vs Unicode Block Art

FIGlet ASCII art uses only the 95 printable ASCII characters. Unicode block art extends this with box-drawing characters (─ │ ┌ ┐), block elements (█ ▀ ▄ ░ ▒ ▓), and Braille patterns — achieving much higher visual resolution. Block element art is better for logos; FIGlet art is better for large text banners. Unicode art may not render in environments that only support ASCII or in fonts without full Unicode coverage.

Frequently Asked Questions

What is FIGlet and how does it relate to ASCII art?
FIGlet (Frank, Ian and Glenn's Letters) is an open-source program written in 1991 that converts text to large ASCII art characters using font files (.flf format). Each .flf font file contains ASCII art templates for every printable character. FIGlet became the standard for ASCII text banners in the Unix/Linux world, and most modern ASCII art generators (including web tools) implement a JavaScript port of the FIGlet rendering algorithm using the same font file format.
Why does ASCII art only look correct in a monospace font?
ASCII art relies on every character being exactly the same width so that the grid aligns correctly. In proportional fonts (Arial, Times New Roman), "i" is narrower than "m", so columns misalign and the art looks broken. In monospace fonts (Courier, Fira Code, Consolas, Monaco), every character occupies the same width — creating a perfect grid. Always view and paste ASCII art in a monospace context: code editors, terminals, GitHub READMEs inside code blocks (triple backticks), and most CLI environments.
How do I add ASCII art to a GitHub README?
Wrap the ASCII art in a fenced code block to preserve monospace alignment and prevent Markdown from interpreting special characters like *, _, or # as formatting. Use triple backticks before and after the art block. Without the code block, Markdown formatting characters in the art will render incorrectly. The code block also prevents line wrapping on GitHub's rendered view, keeping the banner intact on wide screens.
What is the maximum text length that works well?
For most standard FIGlet fonts, each character generates output 6–10 columns wide. A terminal is typically 80 columns wide, so up to 10 characters work at 80 columns, and up to 15–20 at 120–160 columns. Longer text either needs a narrower font (like Mini or Thin) or gets line-wrapped, which breaks the single-line banner appearance. For long titles, split into two lines or use a compact font style.
Can ASCII art include colors in a terminal?
Standard ASCII art is monochrome text. Color can be added in terminal environments using ANSI escape codes: \033[31m adds red, \033[32m adds green, \033[0m resets color. The Unix tool lolcat applies rainbow color gradients to ASCII art output automatically (figlet "Hello" | lolcat). For web browsers, CSS color properties or gradients can be applied to ASCII art text rendered in a <pre> element.
What are the most popular FIGlet font styles?
The most widely used FIGlet fonts: Standard — balanced classic look. Big — wider and bolder. Block — solid square block characters. Banner — horizontal uppercase-only style. Doom — gothic/horror aesthetic. Slant — italicized diagonal letters. 3-D — three-dimensional extruded appearance. Bubble — rounded friendly letters. Digital — resembles a 7-segment LED display. Shadow — adds a drop shadow. Mini — small compact output for tight column widths. Most font collections include 100+ options covering many visual styles.
How do I generate ASCII art programmatically in Node.js or Python?
Node.js: npm install figlet, then: figlet("Hello!", (err, data) => console.log(data)). The figlet package supports all .flf fonts and synchronous/async modes. Python: pip install pyfiglet, then: import pyfiglet; print(pyfiglet.figlet_format("Hello")). Both packages support the same .flf font format as this web tool. Many popular CLIs (Angular CLI, NestJS, create-react-app) display ASCII banners on startup using these libraries.

How This Tool Works

Input text is processed character by character through a JavaScript FIGlet renderer. Each character is looked up in the selected font's glyph map — a dictionary of ASCII art patterns stored as arrays of strings, one string per output row. The renderer horizontally concatenates the row arrays for all input characters: row 0 of char A + row 0 of char B + ... = output line 1, row 1 of char A + row 1 of char B + ... = output line 2, and so on until all glyph rows are assembled. The final multi-line string renders as large letter forms when displayed in any monospace font.

Technical Stack

FIGlet rendering algorithmBundled .flf font filesClipboard APIClient-side only

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