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ZIP → TAR

Convert ZIP to TAR.

Convert a ZIP to a TAR archive for Unix and CI workflows. Directory structure and contents preserved exactly.

No signupPrivate — deleted after 1 hourFree to try

ZIP to TAR for Unix workflows

TAR — short for "tape archive" — is the standard way to bundle files on Linux and Unix, and it shows up everywhere in CI pipelines, Docker builds and server tooling. Converting a ZIP to TAR gives you a single archive those tools expect, with the directory structure and contents carried across exactly.

A plain TAR doesn't compress

This is the one thing that surprises people: TAR only concatenates files — it doesn't compress them. A ZIP is already compressed, so a plain .tar of the same contents will actually be larger. That's expected. When you want a compressed Unix archive, reach for .tar.gz (tgz) or .tar.bz2 (tbz) instead.

Nothing is altered

Contents are extracted and repacked unchanged — every file comes out byte-for-byte identical, just in a TAR container. Going back to Windows-friendly ZIP? Use TAR to ZIP.

How it works

  1. 01

    Upload your ZIP

    Drop a file or pick one from your device. Private by default.

  2. 02

    Repack with 7-Zip

    ZIP is extracted and repacked as TAR using 7-Zip — every byte preserved, no paid API in the loop.

  3. 03

    Download

    Grab your TAR.

Bit-for-bit faithful — files never altered

Folder structure preserved

Private uploads, auto-deleted after 1 hour

No watermark, no signup to try

Free and open-source engine (7-Zip)

ZIP to TAR

Your archive is unpacked and repackaged as TAR, keeping the folder structure and file names. The contained files are not altered — only the container format and its compression change.

Common questions

Is it free?+

Yes — convert ZIP to TAR free. No signup, no watermark, no daily cap.

Is my archive private?+

Uploads go to a private bucket, are converted, and auto-delete after 1 hour. Files never touch a third-party converter.

Are my files changed?+

No — contents are extracted and repacked unchanged. Every file comes out byte-for-byte identical.