Initializing... drag & drop files here
Supports: 7Z, FILE, RAR, TAR, TAR.BZ2, TAR.GZ +5 more
.zip that is really a 7z still extracts. Defaults are tuned to recover the original directory tree, file timestamps, and Unicode filenames.Archives bundle and compress directories so they can be emailed, downloaded, or distributed as a single payload. The download you grabbed for a font, a Linux package, a Stable Diffusion model, or a vendor SDK is almost always a .zip, .rar, .7z, or .tar.gz. Extracting them used to mean installing WinRAR, 7-Zip, The Unarchiver, or wrestling with tar -xJf on a server. A browser extractor removes the install step entirely.
.part1.rar, .zip.001) and AES-encrypted archives are common from open-source mirrors and shared drives. xconvert handles both with the password prompt in step 3..tar.xz, Windows users send .zip, and Mac users get .rar from a friend with WinRAR. One browser tool covers every direction.| Format | Created | Compression | Compression Ratio | Encryption | Typical Use |
|---|---|---|---|---|---|
| ZIP | 1989 (Phil Katz / PKWARE) | DEFLATE (default), BZIP2, LZMA | Baseline | ZipCrypto (weak), AES-128/192/256 | Universal sharing, email attachments |
| RAR | 1993 (Eugene Roshal) | RAR/RAR5 (LZSS-based) | ~10-15% better than ZIP | AES-128 (RAR4), AES-256 (RAR5) | File hosting, scene releases — proprietary |
| 7Z | 1999 (Igor Pavlov) | LZMA2 (default since 9.30, Oct 2012) | ~5-15% smaller than ZIP | AES-256 with header encryption | Software distribution, backups |
| TAR | 1979 (Unix) | None — bundling only | None | None (use GPG separately) | Linux file bundling before compression |
| TAR.GZ / TGZ | 1992 (gzip) | gzip (DEFLATE) | Fast, modest ratio | None | npm packages, source tarballs, Docker layers |
| TAR.BZ2 / TZ2 / TB2 | 1996 (bzip2) | bzip2 (Burrows-Wheeler) | ~15% better than gzip, slower | None | Older source distributions, kernel archives |
| TAR.XZ | 2009 (xz) | LZMA2 | Best ratio of the tar family | None | Modern Linux distros, kernel.org tarballs |
| Property | tar.gz | tar.bz2 | tar.xz |
|---|---|---|---|
| Compression speed | Fastest | Slow | Slowest |
| Decompression speed | Fast | Slow | Fast |
| Compression ratio | Lowest of the three | Middle | Highest |
| CPU / RAM use to extract | Light | Heavier | Heavier |
| Best for | npm, CI artifacts, quick backups | Legacy source archives | Distro images, large datasets |
| Tooling | gzip (universal) | bzip2 | xz (xz-utils 5.0+, 2009) |
Two common causes. First, the file may actually be a 7z, RAR, or TAR.GZ that was renamed to .zip — extension lies, container header doesn't. xconvert reads the header, so it usually opens anyway. Second, the ZIP may use ZIP64 (for archives over 4 GB or more than 65,535 files), Zstandard compression, or AES encryption that older Windows / macOS built-in extractors don't handle.
Yes, if you provide the password. Enter it when prompted in step 3. ZIP ZipCrypto, ZIP AES (128/192/256), RAR 5 AES-256, and 7z AES-256 are all supported. Without the correct password, AES-encrypted archives cannot be decrypted — that's the entire point of the encryption. There is no online "remove RAR password" service that works on a properly AES-encrypted archive; only password recovery (dictionary or brute-force on a separate machine) can help, and only if the password is weak.
/extract-zip or /extract-rar?The format-specific pages — extract ZIP, extract RAR, extract 7z, extract tar.gz, extract tar.xz, extract tar.bz2 — are tuned for one container at a time. This generic extractor accepts any of them in the same upload widget, which is useful when you have a folder of mixed archives or when you don't know what's inside (mystery.file from a sketchy email).
Native RAR, 7z, and TAR extraction landed in Windows 11 with the libarchive integration starting in 23H2 / 24H2 (build 26100, late 2024). It works for basic extraction but does not handle password-protected archives or split / multi-volume archives (.part1.rar, .zip.001) — Microsoft's docs explicitly call out these limitations. Windows 10 has no native support beyond ZIP. xconvert handles encrypted and split archives in the browser regardless of OS version.
tar is just a bundling format — it concatenates files and metadata, no compression. The .gz, .bz2, and .xz suffixes mean a tar archive that was then compressed with gzip, bzip2, or xz respectively. Compression ratio: xz > bzip2 > gzip (xz can be 10-30% smaller than gzip on text). Speed: gzip > bzip2 > xz for compression, while gzip and xz both decompress quickly and bzip2 is the slow one. Pick gzip for npm/CI, xz for distro images, and bzip2 mostly when you're handed a legacy source tarball.
__MACOSX, .DS_Store)?No, but those metadata folders are usually noise on Windows / Linux. The __MACOSX/ folder and .DS_Store files are macOS finder metadata that show up in any ZIP created via Finder's "Compress" menu. They extract fine but you can safely delete them after — they're not part of the original content.
Sometimes. xconvert will read whatever the container header lets it parse. ZIP and 7z store a central directory at the end, so a truncated download often fails entirely. RAR with the recovery record (created with WinRAR's "Add recovery record" option) can survive small amounts of corruption. For chronically broken archives, dedicated repair tools (DiskInternals ZIP Repair, WinRAR's "Repair archive" function) outperform any online extractor.
Files are uploaded over HTTPS for processing and removed shortly after the session ends. The extracted contents are returned to your browser, not indexed or shared. For highly sensitive archives (legal documents, source code under NDA, medical records), prefer a fully offline tool — install 7-Zip on Windows or use tar -xJf / The Unarchiver locally — because no online service can be more private than a local extraction.
This page covers the common compressed-archive formats: ZIP, RAR, 7z, and the TAR family. Disk image formats (ISO, DMG, IMG, VHD), installer containers (MSI, CAB, NSIS, RPM, DEB), and exotic formats (ARJ, LZH, ACE, ZOO) are out of scope here. For an ISO or DMG, the simplest path is to mount the image with built-in OS tools — Windows File Explorer treats ISOs as drives since Windows 8, macOS Disk Utility opens DMGs natively, and Linux mounts both with mount -o loop.