Top 10 Best Ntfs Undelete Software of 2026

DoYourData Recovery maps NTFS structures to drive-level reads, then drives recovery through file record entries and directory entry rebuilding so filenames and folders can be reconstructed. The interface provides a preview and a filtered restore list, which helps reduce accidental restores when multiple candidates share similar signatures. The recovery engine can proceed when the file table is partially inconsistent, using raw scanning behavior to recover content when metadata is damaged. The approach fits cases where deleted items still leave usable allocation traces or recognizable metadata fragments.

A tradeoff is that deeper traversal increases scan time, especially on large drives with heavy fragmentation. It also requires careful destination selection because the extraction target must be different from the source drive to avoid overwriting remaining NTFS structures. The tool fits office and lab workflows where a deleted folder must be restored with path reconstruction, not just recovered as anonymous carved blocks.

Disk Drill’s recovery flow is built around scanning, previewing, and then extracting recovered items to a safe destination, which reduces the risk of writing back to the source disk. The product uses NTFS metadata interpretation alongside content-based extraction so it can recover more than a single recovery mode would cover. Disk Drill also offers a portable recovery executable style option that supports boot or run-from-media scenarios when the original system should not be touched.

One tradeoff is that Disk Drill’s strongest results depend on the ability to read enough NTFS structure to reconstruct file metadata, so severe partition damage can still lead to smaller recoverable sets. Disk Drill fits situations like a recently deleted folder on a healthy NTFS volume where the user wants to recover specific documents after confirming candidates in the preview pane.

Active@ File Recovery uses NTFS metadata to recover file record entries and directory context when the underlying clusters still contain relevant data. Deep scans support MFT reconstruction so it can rebuild file relationships after deletion events that leave partial metadata. The results interface includes file previews and selection sets, which reduces time spent re-scan cycles when only specific file types are needed.

A key tradeoff is that deep traversal increases scan time on large volumes, so time-to-results can lag compared with lighter undelete-only tools. It fits best when a target drive shows signs of logical damage or inconsistent deleted entries, and the operator needs to iterate between metadata-based recovery and raw reconstruction to maximize recoverable files.

TestDisk & PhotoRec from cgsecurity.org targets low-level recovery for NTFS situations where deletion and corruption leave incomplete metadata. PhotoRec performs file signature scanning and raw recovery mode to carve recoverable contents even when file record entries are missing or damaged.

TestDisk complements that with partition table repair and boot sector validation so recovery can start from a corrected layout. The combined workflow supports scenario-based recovery when logical file undelete alone cannot rebuild directory entry state.

EaseUS Data Recovery Wizard targets deleted-file recovery workflows on NTFS by scanning the drive and reconstructing recoverable entries for selected files. It supports deep recovery scans and RAW recovery mode when standard NTFS metadata is insufficient.

The software includes preview and filter views to narrow results before exporting recovered data. For NTFS undelete scenarios, it can also perform alternate data stream extraction so content stored in streams can be recovered alongside main file data.

DMDE is an NTFS undelete tool built around direct disk access and structured file reconstruction instead of wizard-only flows. It can scan for file record entries and search across regions like slack and unallocated space, then present recoverable candidates with previews.

The workflow supports raw recovery mode when filesystem integrity is damaged and normal directory traversal becomes unreliable. DMDE also offers imaging-friendly operation so analysis can proceed after a read-only capture.

UFS Explorer differentiates itself with an NTFS-focused forensics workflow that emphasizes detailed metadata reconstruction and sector-level access during recovery attempts. It can rebuild directory structure using file record entries while also supporting raw recovery mode when the live file system metadata is too damaged.

The tool adds automation via batch-driven scans and exportable results, which helps when multiple partitions or images must be processed consistently. For incidents involving partial corruption, it pairs boot sector validation with targeted validation steps to reduce guesswork before file extraction begins.

Wise Data Recovery is an NTFS undelete tool that focuses on reconstructing deleted files by scanning file record structures and validating candidate metadata before presenting results. Recovery output emphasizes file-level restoration from the same drive without pushing users into raw disk carving first.

It also supports selective recovery from specific volumes and includes filters that reduce noise when many file entries were removed. The workflow is aimed at quickly previewing and restoring items after accidental deletion or format events on NTFS volumes.

Glary Undelete performs NTFS undelete by scanning a selected drive and rebuilding recoverable file record entries into a browsable results list. The workflow centers on deep directory traversal and file signature scanning for items whose metadata is partially missing.

Recovery outputs include previews and extracted files to a chosen destination so the recovered data can be inspected without repeated rescans. The main limitation is that outcomes depend heavily on how much of the original NTFS structures remain intact and on free space reuse after deletion.

Active@ UNDELETE targets NTFS deleted file recovery by working from file record entries and NTFS metadata rather than relying only on file carving. It supports deep scans to reconstruct directory entry rebuilding and cluster chaining results across partially overwritten volumes.

The workflow centers on selection, preview of recoverable items, and a controlled restore to a target location to limit further damage. For incident response scenarios, it also emphasizes read-only style acquisition workflows when used with offline media preparation.