Arabic placeholder text lets you stress-test right-to-left interfaces before real translations exist. Because Arabic flows from right to left and connects its letters into contextual forms, it reveals layout, alignment, and font problems that Latin lorem ipsum simply cannot.
What makes Arabic layout genuinely different
Arabic is not simply “text that runs right to left.” It has several properties that affect how web and app interfaces need to be structured:
Connected script: Arabic letters join their neighbours. Whether a letter takes its initial, medial, final, or isolated form depends entirely on its position in the word. A font without proper OpenType shaping support will render disconnected, illegible glyphs — and you will only discover this problem when real Arabic text is present.
True RTL direction: Text, punctuation, and inline elements all flow right to left. Numbers within Arabic text remain left-to-right (this is the Unicode Bidirectional Algorithm’s default). If your layout has not explicitly set dir="rtl" or direction: rtl, the text will look correct in isolation but the surrounding UI — navigation, breadcrumbs, form labels, icon positions — will be misaligned.
Mirrored UI conventions: Back buttons point right instead of left. Progress bars fill from right to left. Sidebars that are left-anchored in LTR interfaces should be right-anchored in RTL. Arabic filler text makes these problems visible before expensive redesigns.
How it works
The generator selects words at random from a pool of common Arabic vocabulary and joins them into sentences and paragraphs. The output is placed in a container with the dir="rtl" attribute so the browser lays it out in true right-to-left order, including correct punctuation positioning.
Because the words are genuine Arabic, the rendering engine applies the script’s contextual shaping. If your font lacks proper shaping, the placeholder will show disconnected glyphs — that is an early warning to swap in a font with full Arabic OpenType coverage (such as Noto Sans Arabic, Cairo, or Tajawal).
A layered testing checklist
Generate Arabic text at three scales and check each:
Word level (UI labels, button text): Does text align to the right edge? Does the button expand to contain the text without clipping?
Sentence level (form labels, error messages): Do line breaks occur at sensible word boundaries? Does mixed Arabic-and-number content stay readable?
Paragraph level (article body, terms of service): Does text justify correctly? Do headings sit on the correct side? Do list bullets or numbers appear on the correct (right) margin?
Replace placeholder filler with professionally translated copy before release — Arabic has significant dialect variation, and machine translation quality varies considerably by domain.
Font selection for Arabic UIs
Choosing the right Arabic font is critical and different from Latin font selection. The font must support:
- Full contextual shaping: all four letter forms (initial, medial, final, isolated) for the Arabic Unicode block.
- Proper diacritic stacking: tashkeel (vowel marks) must not collide with letter bodies when used in formal or religious contexts.
- Consistent proportions with your Latin companion font: many UI toolkits use one font for Latin and another for Arabic; line-height and cap-height compatibility affect layout stability.
Widely used Arabic web fonts that meet these requirements include Noto Sans Arabic (Google Fonts), Cairo, Tajawal, and IBM Plex Arabic. Rendering this tool’s Arabic placeholder text with your chosen font stack is the fastest way to confirm the font is suitable before committing to it.