Top 10 Best Undelete Files Software of 2026

EaseUS Data Recovery Wizard is built around a guided scan flow that lets users switch between faster recovery and deeper sector-level searches, then filter and recover items from the results list. It focuses on Windows file recovery tasks with directory tree and file grid presentation, which helps users target specific documents rather than restoring everything. The preview pane supports a verify-like step that reduces the chance of restoring unreadable candidates.

A key tradeoff is that deep scanning can take much longer than undelete-style tools that only look for immediately recoverable metadata. EaseUS fits well when a drive was formatted or a deletion was followed by heavy usage where quick recovery returns incomplete results.

Disk Drill is built around a wizard-like recovery process that starts with selecting a drive or partition, then runs scan modes that surface candidate files for preview. The preview step supports rapid confirmation of document type and basic content cues before saving to a different location. Drive and partition selection is central to workflow speed, because Disk Drill can target a specific volume instead of forcing full disk handling. Recovery output emphasizes usability for Windows users, with straightforward restore destinations and visible results lists.

A key tradeoff is that Disk Drill can take significant time during deep scans on larger drives, especially when the filesystem metadata is inconsistent. It fits situations where quick scan results are expected to contain the right files, and deep scan is reserved for the missing subset. It is also a good match for single-drive scenarios like a corrupted Windows partition where an immediate undelete attempt is needed before imaging.

Recoverit runs a two-stage approach that begins with faster detection and then moves to deeper rescans when results are limited. The preview pane supports selective restoration, which reduces the risk of restoring false positives from raw areas. For storage media with damaged or missing metadata, it includes partition-oriented recovery steps that attempt to rebuild a usable view of deleted volumes.

A tradeoff is that deep scanning can take significantly longer on large disks, especially when multiple drives are connected. Recoverit fits best for single-drive recoveries where the goal is to salvage specific user files after deletion or after a formatting event.

Stellar Data Recovery targets file undelete scenarios with disk and partition focused scanning across common Windows file systems. It provides deep and quick scan modes, shows recoverable items with a preview of what can be restored, and supports recovery to a separate drive to reduce overwrite risk.

The workflow centers on selecting the source partition or drive, scanning for deleted entries, and then restoring files by original path when available. Compared with tools that only do directory-level undelete, it adds stronger support for format-aware recovery decisions across FAT32, NTFS, and exFAT volumes.

MiniTool Power Data Recovery recovers deleted files using guided scan modes for logical drives and formatted partitions. It performs both quick and deep scans and can show preview results before recovery, including folder tree views and file listings.

For storage that contains recognizable file systems like NTFS and exFAT, it targets recovery by reading filesystem metadata patterns rather than relying only on raw carving. Media support and scan controls are focused on Windows desktops and drives connected locally for faster iteration on results.

PhotoRec from cgsecurity.org performs undelete-style recovery by scanning a disk at the sector level and rebuilding files from signatures. It focuses on file carving across many filesystem types, which helps when directory structures are damaged or overwritten.

The workflow is command-line driven with configuration for the input device and output destination, which keeps the process deterministic. PhotoRec can recover file contents without needing the original filesystem metadata, which differentiates it from tools that depend on intact tables.

GetDataBack is a Windows file recovery tool that reconstructs lost filesystem structures from raw disk reads, rather than relying only on Windows views. It supports staged scanning so users can move from fast enumeration to deeper recovery when initial passes find little.

Its workflow centers on selecting drives and partitions, previewing recoverable items, and restoring files back to a target location. The tool’s key differentiator is deterministic filesystem parsing for FAT and NTFS volumes even when directory metadata is damaged.

Wise Data Recovery focuses on deleted file recovery for Windows drives with a workflow built around scanning and then previewing results before restore. Recovery output includes filename, original path clues, and a status view that helps filter what is recoverable after a deleted-object scan.

The tool targets both recently deleted items and deeper recoveries by offering multiple scan depths and per-drive scanning sessions. Restores are file-based, so it is used for selective undelete rather than full disk imaging workflows.

Glary Undelete recovers deleted files on Windows by scanning selected drives and rebuilding candidate directory entries before previewing results. The workflow centers on choosing a scan method, viewing filename metadata and thumbnail previews, then exporting recovered files to a separate location.

Glary Undelete supports both quick and deep scans, which affects how thoroughly it searches beyond immediately discoverable directory remnants. Results can be filtered by file type and sorted by status so triage stays fast when many entries appear after deletion.

iCare Data Recovery targets Windows recovery scenarios where deleted files still need logical identification and restoration from common storage formats. The workflow centers on scanning drives and then rebuilding a recoverable file list for selection and output, including handling across FAT32 and NTFS.

The tool also supports partition-based recovery attempts when the file system metadata is damaged enough to hide items from normal views. Imaging-centric recovery is supported by working from saved disk images, which helps keep the original disk untouched during repeated scans.