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Technology Digital MediaTop 10 Best Deleted Files Recovery Software of 2026
Top 10 ranking of deleted files recovery software using testing criteria. Includes Wondershare Recoverit, PhotoRec, and Stellar Data Recovery tradeoffs.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
Agents extract product evidence with provenance, then collect written reviews and transcribe video reviews and podcasts.
Framework: Features 40% · Ease 30% · Value 30%
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Wondershare Recoverit is the best fit overall if office staff need guided deleted-file recovery with preview before exporting, whereas PhotoRec is a strong budget-leaning alternative when corrupted or reformatted media demands format-based retrieval, and DMDE suits forensic-minded operators who need hex-level validation and manual repair on damaged file systems.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Wondershare Recoverit
Preview-driven recovery lists that filter candidates before saving, with validation that reduces re-export of damaged results.
Best for: Fits when office staff need guided deleted file recovery with preview before exporting results.
PhotoRec
Editor pickSignature-driven carving that targets identifiable file content even when directory structures are missing.
Best for: Fits when corrupted media needs format-based recovery without reliable file system metadata.
Stellar Data Recovery
Editor pickRecovery preview lets users confirm file candidates before export, reducing wasted restores on large scans.
Best for: Fits when teams need guided deleted-file recovery with preview validation on common Windows and macOS storage types.
Comparison Table
Wondershare Recoverit
SMBCross-platform data recovery software for restoring deleted files from various storage media.
Preview-driven recovery lists that filter candidates before saving, with validation that reduces re-export of damaged results.
Recoverit can locate deleted entries through file system metadata extraction and then validate candidates using file header validation and signature scanning. The workflow typically includes selecting a storage target, running a quick scan then a deeper scan, and previewing recoverable items before saving them to a different location. The product also supports recovery from partitioned media by enumerating volumes and letting users target the relevant drive or partition for scan scope. This setup favors everyday recovery needs where time-to-preview matters more than forensic repeatability.
A key tradeoff is that advanced, forensic-grade acquisition workflows like read-only imaging and write blocker enforcement are not the center of the product experience. The tool is most useful when deleted files are still discoverable via NTFS metadata and when the storage was not heavily overwritten. It is also a practical choice for office environments where recovery operators need repeatable steps and a clear preview list, but it is less aligned with complex RAID rebuild scenarios or enterprise governance controls.
- +Quick then deep scan workflow with preview to reduce exporting noise
- +Combines metadata recovery with signature scanning for missing directory entries
- +Guided volume selection for targeting the most likely partition
- +File header validation helps reject corrupted carving outputs
- –Does not enforce write blocker or read-only forensic acquisition as a core workflow
- –Automation and API access are limited for integration into managed recovery pipelines
- –Preview fidelity can drop when media is heavily overwritten
- –Smaller control over scanning scope than file system reconstruction tools
IT helpdesk teams
Recover deleted files after user mistakes
Faster restoration for common deletions
Small business operators
Retrieve deleted media from external drives
Recover documents without manual carving
Show 2 more scenarios
Home users
Restore photos after accidental deletion
Less risk from copying onto source media
Use preview to confirm recovered images then save to a different volume to avoid further damage.
Student lab technicians
Recover deleted project files from partitions
More recoveries from damaged metadata
Choose the correct partition target, run deep scan, and recover items even when directory metadata is partially gone.
Best for: Fits when office staff need guided deleted file recovery with preview before exporting results.
PhotoRec
SMBOpen-source file recovery tool focused on retrieving files from damaged or reformatted filesystems.
Signature-driven carving that targets identifiable file content even when directory structures are missing.
PhotoRec is designed for situations where file system metadata cannot be trusted, so it leans on signature scanning and file header validation to extract recoverable content from raw sectors. Its core output is a set of recovered files even when partition tables are inconsistent and directory entries are missing. It fits incident-response workflows that prioritize sector-by-sector imaging and non-destructive reads because PhotoRec can operate on an acquired image.
A key tradeoff is that carved results often lack original paths, timestamps, and filenames, so verification via hex viewer checks is frequently needed before declaring recovery success. PhotoRec is a strong choice when deep scan runs are feasible and when the goal is to recover specific media and document formats from damaged disks rather than restore a fully browsable file system tree.
- +Recovers files using signature scanning when file system metadata is unusable
- +Works effectively on sector-by-sector images in read-only forensic workflows
- +Supports many formats by relying on file header validation
- +Provides predictable carve-style output for bulk recovery attempts
- –Recovered files often lose original names and directory paths
- –Higher false positives require manual verification and filtering discipline
- –Large drives increase run time during deep scans
Forensic analysts
Recover evidence from corrupted disk images
Usable recovered files for triage
Digital forensics teams
Validate specific file formats after crash
Faster format-focused verification
Show 1 more scenario
IT administrators
Recover photos after accidental deletion
Restored media files
Cluster-level scanning can recover image files when directory entries are gone but content remains.
Best for: Fits when corrupted media needs format-based recovery without reliable file system metadata.
Stellar Data Recovery
SMBCommercial data recovery software for restoring deleted files from Windows and Mac systems.
Recovery preview lets users confirm file candidates before export, reducing wasted restores on large scans.
Stellar Data Recovery includes deletion-focused recovery flows for internal drives and removable media, with scan options that separate quicker passes from more intensive rescans for cases where deleted entries are not easily visible. It also provides a preview view that helps users filter candidates before committing to the export step. The file-type targeting reduces noise on large volumes by narrowing what the scan prioritizes when metadata recovery is incomplete.
A clear tradeoff is that the deeper scanning modes increase runtime on high-capacity SSDs and large RAID sets, so time-sensitive incidents may require starting with the quicker pass. A strong usage situation is recovery of accidentally deleted documents and media files from NTFS and exFAT partitions where the file system information still partially exists and signature scanning can fill gaps.
- +Guided recovery steps reduce missing scan settings during deleted-file recovery
- +Preview-first export workflow helps validate candidates before copying
- +File type targeting narrows scan scope on large volumes
- +Supports multiple storage layouts for common deleted files incidents
- –Deeper scans can take substantially longer on large SSD capacities
- –Recovery quality drops when file metadata is heavily overwritten
- –Advanced partition repair requires more manual steps than guided flows
IT helpdesk technicians
Restore accidentally deleted documents
Fewer failed restores
Digital forensics analysts
Recover files when metadata is partial
More recoverable artifacts
Show 2 more scenarios
Creative teams
Recover deleted media projects
Faster media retrieval
File type targeting reduces scan noise and helps surface expected media formats for preview.
Small business admins
Recover from removable drive deletion
Restored files without reimaging
The workflow handles common removable media scenarios with scan options and controlled export.
Best for: Fits when teams need guided deleted-file recovery with preview validation on common Windows and macOS storage types.
EaseUS Data Recovery Wizard
SMBCross-platform data recovery software for restoring deleted files from various storage devices.
File header validation in the preview reduces exporting incorrect candidates during signature-based recovery.
EaseUS Data Recovery Wizard focuses on deleted file recovery with a guided workflow that includes scan modes, a recovery preview, and selectable output targets. It supports recovery from common file systems using cluster-level scanning and file signature scanning, then verifies recovered items by file header checks during preview.
- +Preview pane helps filter candidates before exporting recovered files
- +Signature scanning improves results when directory metadata is partially missing
- +Deleted file recovery workflow stays straightforward across common Windows setups
- +Partition and filesystem repair guidance reduces dead ends during scanning
- –Deep scan times can be high on large drives with low recoverable density
- –Recovery effectiveness drops sharply when overwritten sectors dominate
Best for: Fits when Windows users need a guided deleted-files workflow with preview before committing exports.
Disk Drill
SMBData recovery application for Windows and macOS supporting hundreds of file formats.
Recovery preview pane that lets users verify file header and content before starting exports.
Disk Drill performs deleted file recovery by scanning volumes for file-system artifacts and then reconstructing recoverable items for preview and export. Its workflow combines quick scanning with deeper recovery passes that can identify more deleted entries when file-system metadata is partially missing.
- +Preview-first recovery reduces unnecessary file exports
- +Quick scan plus deeper passes improves deleted-entry recovery odds
- +Signature-based carving helps when file-system metadata is damaged
- +Export workflow is built around selecting recoverables by result lists
- –Fewer forensics-grade controls than imaging plus write-block workflows
- –Heavier reliance on repeated scans can add time on large disks
- –Metadata reconstruction depth varies when structures are badly fragmented
- –Recovered filenames are often incomplete without additional cleanup
Best for: Fits when small teams need guided deleted file recovery with preview-based selection and basic carving.
MiniTool Power Data Recovery
SMBWindows data recovery software for restoring deleted files from hard drives and removable media.
RAW recovery mode that continues file extraction when NTFS structures cannot be reliably interpreted.
MiniTool Power Data Recovery targets Windows users who need to recover deleted files after accidental removal or drive formatting. The recovery workflow includes quick and deep scan modes, a preview pane, and RAW recovery when file-system metadata can no longer be trusted.
- +Quick and deep scan options for faster triage versus thorough recovery
- +Preview pane supports selective saving instead of bulk restores
- +RAW recovery mode handles cases where file-system metadata is missing
- +Targeted file type filters reduce noise during scanning
- –Deleted folder recovery can be limited when directory structures are overwritten
- –Partition repair tools may require careful validation before writing changes
- –Automation and API controls are not exposed for batch recovery workflows
- –High-capacity drives can take long in deep scan mode
Best for: Fits when Windows recoveries need guided scans and preview to select deleted files safely.
DM Disk Editor and Data Recovery (DMDE)
enterpriseLightweight data recovery software for reconstructing filesystems and recovering deleted files.
The integrated disk editor lets recovery results be cross-checked and adjusted at the sector and metadata level in one session.
DM Disk Editor and Data Recovery (DMDE) combines a deleted-files recovery workflow with low-level disk editing in the same interface, which helps when metadata reconstruction needs manual confirmation. It supports cluster-level scanning and hex viewer verification to validate recovered file content before copying. The tool can handle multiple file systems and can attempt Master File Table reconstruction on NTFS volumes when standard directory parsing fails.
- +Integrated hex viewer verification during recovery reduces guessing on corrupt metadata
- +Cluster-level scanning helps when deleted directory structures no longer parse
- +NTFS workflows include Master File Table reconstruction attempts
- +Same workspace supports both recovery preview and disk metadata edits
- –Manual interpretation is often needed for fragmented, partially overwritten results
- –Recovery outcomes depend heavily on correct volume selection and scan scope
Best for: Fits when forensic-minded operators need a recovery preview plus hex-level validation and manual repair on damaged file systems.
UFS Explorer
enterpriseProfessional data recovery software supporting diverse filesystems and storage configurations.
Case-driven recovery guided by file-system metadata repair options like Master File Table reconstruction and catalog rebuilding.
UFS Explorer is a deleted files recovery tool built around forensic-style imaging and structured file-system analysis. It supports logical recovery workflows such as Master File Table reconstruction for NTFS and catalog rebuilding for HFS+ using partition and metadata repair steps.
- +NTFS recovery can include Master File Table reconstruction workflows
- +Preview supports forensic checks rather than only file listing
- +Raw, read-only style workflows fit incident and evidence handling
- +Cross-file-system recovery covers NTFS, FAT, exFAT, and Apple formats
- –Automation and integration are weaker than forensic suites with APIs
- –Workflow complexity rises with metadata repair and deep scan settings
Best for: Fits when investigators need metadata-level recovery across NTFS and Apple filesystems with careful validation.
Kickass Undelete
SMBFree, lightweight Windows file recovery tool for restoring recently deleted files.
Candidate-oriented recovery listing that favors filesystem metadata extraction over full carving.
Kickass Undelete performs deleted file recovery by scanning local storage media for filesystem artifacts and presenting recoverable candidates for export. The workflow centers on selecting a drive, choosing a scan depth, reviewing recovered items, and saving results without requiring manual signature-based carving in most cases.
- +Straightforward deleted file scan and recover workflow for Windows disks
- +Clear recovered-item list with preview-style selection for export
- +Quick versus deeper scan options to balance time and candidate count
- +Works without write blocker enforcement when users keep output on other drives
- –Limited recovery depth when metadata structures are heavily damaged
- –Less granular verification than forensic tools for recovered file integrity
- –No workflow automation, API, or batch governance controls for teams
- –Recovery quality drops when overwrites and SSD garbage collection have progressed
Best for: Fits when quick deleted-file retrieval is needed on relatively healthy NTFS volumes.
Glarysoft File Recovery Free
SMBFree Windows utility for recovering deleted files from hard drives and external storage.
Restore-from-preview workflow that prioritizes selecting individual recovered files instead of exporting disk images.
Glarysoft File Recovery Free is a deleted files recovery tool that focuses on local drive scans and file preview before restore. It includes quick and deep scanning modes and supports rebuilding recovery results across common Windows file systems.
- +Quick and deep scan modes for faster first-pass results
- +File preview list helps pick likely matches before restoring
- +Straightforward drive and partition selection workflow
- +Simple restore flow for common Windows deleted file cases
- –Limited forensic controls like read-only imaging and write-blocker enforcement
- –Recovery quality varies when file metadata is heavily damaged
- –Fewer advanced verification steps than dedicated forensics tools
- –Scans can take significantly longer in deep scan mode
Best for: Fits when Windows users need quick preview-and-restore for accidentally deleted documents.
Conclusion
After evaluating 10 deleted files recovery software, Wondershare Recoverit stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
How to Choose the Right Deleted Files Recovery Software
This buyer's guide narrows deleted files recovery software to tools that convert erased candidates into exportable results with preview checks that reduce wasted restores. It covers Wondershare Recoverit, PhotoRec, Stellar Data Recovery, EaseUS Data Recovery Wizard, Disk Drill, MiniTool Power Data Recovery, DMDE, UFS Explorer, Kickass Undelete, and Glarysoft File Recovery Free.
The guide assumes readers already know deletions break file-system pointers, so the focus stays on how each tool rebuilds or bypasses metadata for a recoverable file view. Wondershare Recoverit and PhotoRec anchor the comparison because their preview-first workflows and signature-driven carving represent two distinct recovery philosophies.
Deleted Files Recovery Software for restoring deleted documents, media, and filesystem metadata
Deleted files recovery software uses scan engines to locate file remnants and then reconstructs usable content for saving, often with a preview pane that filters candidates before export. Wondershare Recoverit emphasizes preview-driven candidate lists and validation that reduces re-export of damaged results while combining metadata recovery with signature scanning when directory entries are missing.
PhotoRec centers on signature-driven carving, recovering identifiable file content even when file system metadata is unusable and directory structure is corrupted. The practical difference among tools shows up in how they handle overwritten clusters, false positives in signature matching, and the amount of operator control during deep scans and metadata repair workflows.
Deleted-files recovery evaluation criteria that change outcomes in practice
Preview-driven candidate validation reduces wasted exports by letting users verify file header and content signals before committing recovered outputs. That control matters most when quick scans return many partial matches that later fail during recovery.
Preview filtering and export validation
Wondershare Recoverit uses a preview-driven candidate list and content validation to cut down re-export of damaged results. Stellar Data Recovery and EaseUS Data Recovery Wizard also place preview checks directly in the restore path before exporting recovered files.
Signature-driven carving when metadata is unusable
PhotoRec prioritizes signature scanning so files can be extracted even when file-system metadata cannot be interpreted. Glarysoft File Recovery Free also offers preview-driven restoration with quick and deep scan modes, but it lacks forensic-grade controls.
Metadata repair and forensic-style reconstruction workflows
UFS Explorer supports metadata repair options like Master File Table reconstruction and catalog rebuilding for cases where metadata is damaged but still recoverable. DM Disk Editor and Data Recovery (DMDE) pairs metadata extraction with an integrated disk editor for sector and metadata cross-checking during a single session.
RAW extraction behavior when NTFS structures cannot be relied on
MiniTool Power Data Recovery includes a RAW recovery mode that keeps extracting files when NTFS structures cannot be interpreted reliably. Disk Drill provides quick then deep scan coverage that improves deleted-entry recovery odds, but it does not enforce forensic acquisition workflows.
Operator verification support for corrupt results
DMDE uses integrated hex viewer verification to reduce guessing on corrupt metadata and fragmented outcomes. Wondershare Recoverit and Disk Drill both emphasize preview selection to reduce unnecessary exports, but DMDE adds deeper verification at the sector and metadata level.
Choose based on how recovery signals are verified and repaired
The decision turns on whether the workflow is preview-first for candidate filtering or reconstruction-first for file-system metadata repair. Those approaches change throughput and also change the type of evidence a user can validate before exporting results.
Start from candidate volume and how much exporting waste must be avoided
If scans are likely to generate many questionable matches, select a preview-driven tool such as Wondershare Recoverit or Stellar Data Recovery to validate candidates before export. If exporting waste is less critical and a format-based approach is acceptable, choose PhotoRec for signature-driven carving even when names and paths are missing.
Pick the recovery philosophy based on metadata reliability
When file-system metadata is damaged but still repairable, choose UFS Explorer for Master File Table reconstruction and catalog rebuilding workflows. When NTFS structures cannot be relied on, use MiniTool Power Data Recovery’s RAW recovery mode or PhotoRec’s signature scanning to bypass directory reconstruction.
Decide how much manual verification control is required
For hex-level verification and manual adjustment during recovery, choose DM Disk Editor and Data Recovery (DMDE) to cross-check results in an integrated editor. For guided selection with fewer manual steps, use EaseUS Data Recovery Wizard or Disk Drill where preview filtering is the primary gate before saving.
Match the drive state to expected failure modes
When deleted directory structures no longer parse cleanly, select a tool that performs cluster-level scanning such as DMDE to recover candidates from partial metadata signals. When the priority is quick triage on a relatively healthy NTFS volume, choose Kickass Undelete for straightforward deleted-file scanning with preview-style selection.
Limit risk from overwrites and scan depth tradeoffs
If overwritten sectors are a likely outcome, prefer tools that validate file headers in the preview path such as EaseUS Data Recovery Wizard or Disk Drill to reduce incorrect candidate exports. If large SSD scans are expected, account for deeper scans taking longer in Stellar Data Recovery and plan around throughput constraints.
Who should use these deleted-files recovery tools
Deleted files recovery is usually judged by whether the software can produce exportable, verifiable outputs from erased remnants. The right tool depends on whether the workflow needs guided previews for day-to-day recovery or metadata reconstruction and manual verification for damaged file systems.
Office staff recovering accidentally deleted documents on Windows and mixed storage
Wondershare Recoverit, EaseUS Data Recovery Wizard, and Disk Drill all emphasize preview-first selection so users can filter candidates before exporting restored files.
Media recovery when directory structures are corrupted
PhotoRec is designed for signature-driven carving that recovers identifiable file content even when file-system metadata is unusable. This fits corrupted media scenarios where original names and paths are secondary.
Forensic-minded operators validating corrupt metadata with manual checks
DMDE provides an integrated disk editor with hex viewer verification so results can be cross-checked at sector and metadata levels. This supports careful recovery preview and manual repair when parsing is unreliable.
Investigators needing NTFS and Apple metadata repair workflows
UFS Explorer supports metadata-level recovery such as Master File Table reconstruction and catalog rebuilding. It fits cases where metadata repair is the main path to reconstructing valid file views.
Windows recoveries that must continue extraction when NTFS structures fail parsing
MiniTool Power Data Recovery’s RAW recovery mode continues file extraction when NTFS structures cannot be interpreted reliably. It also provides guided scans and preview-based selection for safer extraction.
Common failure modes when recovering deleted files
Deleted file recovery fails when the user treats signatures as proof or exports candidates without validating content-level signals. It also fails when the user chooses a carving-only approach for cases where metadata repair would provide more accurate results.
Exporting large numbers of preview candidates without verifying file header and content signals
Use Wondershare Recoverit, Disk Drill, or EaseUS Data Recovery Wizard to validate candidates in the preview path before starting exports.
Assuming carving outputs preserve original names and folder paths
PhotoRec’s signature-driven carving can recover content even when directory structures are missing, but recovered names and paths can be lost. Plan manual verification after export when using signature-first tools.
Skipping manual validation steps on fragmented or partially overwritten metadata
DMDE supports integrated hex viewer verification and manual repair, which reduces guessing when metadata parsing fails. For complex corruption, rely on sector-level cross-checks instead of only a candidate list.
Choosing the wrong recovery philosophy for metadata reliability
UFS Explorer is built for metadata repair workflows like Master File Table reconstruction and catalog rebuilding. MiniTool Power Data Recovery’s RAW recovery mode targets cases where NTFS structures cannot be interpreted reliably, so it fits a different failure mode.
Selecting the wrong target scope during deep scanning
DMDE recovery outcomes depend heavily on correct volume selection and scan scope, so confirm the chosen target before running deep scans. When timing matters, use quick then deep workflows like Disk Drill to limit exposure to long scan runs.
How We Selected and Ranked These Tools
We evaluated Wondershare Recoverit, PhotoRec, Stellar Data Recovery, EaseUS Data Recovery Wizard, Disk Drill, MiniTool Power Data Recovery, DMDE, UFS Explorer, Kickass Undelete, and Glarysoft File Recovery Free using preview filtering behavior, recovery feature depth, and user control during failed parsing scenarios. Features accounted for 40% of the ranking, ease accounted for 30%, and value accounted for 30%. Wondershare Recoverit separated itself by combining metadata recovery with signature scanning while also using preview-driven candidate lists that validate content before export to reduce re-export of damaged results.
Frequently Asked Questions About Deleted Files Recovery Software
How does preview-driven recovery reduce exporting damaged results?
Which tool is better when file system metadata is missing or directories are corrupted?
When should UFS Explorer or DMDE be used instead of a guided undelete flow?
What breaks if recovery runs with further writes after deletion?
How does RAW recovery change the workflow when NTFS structures cannot be trusted?
Where does file header validation show up in the product workflow?
Which tool supports hex-level verification during deleted file recovery?
How do scan modes affect throughput and recovery depth on large drives?
What integration or automation path exists for enterprise recovery workflows?
How do admin controls and audit needs differ between consumer-style tools and forensic-style tools?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
Funding and competing interests
This study was co-funded by several of the vendors assessed in it. No single vendor funded it. Funders could propose the market studied.
They had no role in selecting vendors, setting or weighting criteria, analysing data or drawing conclusions, and they received the same factual-accuracy check as every other vendor assessed.
Market definition, inclusion rules and criteria weights were fixed by an editor before research began and did not change afterwards. Editorial process →
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