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Business FinanceTop 10 Best Recover Deleted Files Software of 2026
Top 10 recover deleted files software for Windows drives, ranked with criteria and tradeoffs, including DMDE, Disk Drill, GetDataBack.
How we ranked these tools
Core product claims cross-referenced against official documentation, changelogs, and independent technical reviews.
Analyzed video reviews and hundreds of written evaluations to capture real-world user experiences with each tool.
AI persona simulations modeled how different user types would experience each tool across common use cases and workflows.
Final rankings reviewed and approved by our editorial team with authority to override AI-generated scores based on domain expertise.
Score: Features 40% · Ease 30% · Value 30%
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DMDE is the best pick if you’re dealing with partially damaged filesystem metadata and need tight control over scan scope, whereas Disk Drill fits Windows users who want a guided, preview-driven undelete attempt before moving on to deeper recovery.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
DMDE
Recovery list generation supports switching between metadata parsing and raw sector searching in one workflow.
Built for fits when filesystem metadata is partially damaged and manual control over scan scope matters..
Disk Drill
Editor pickPreview before recovery with filename and content rendering inside the recovery flow.
Built for fits when Windows users need guided deleted file recovery with preview-driven selection..
GetDataBack
Editor pickRebuilt directory and allocation mapping that produces structured recoverable listings before extraction.
Built for fits when file system metadata is damaged and partition-aware recovery is needed..
Comparison Table
DMDE
technical specialistDMDE restores deleted files and partitions from disks, RAID volumes, and damaged filesystem structures.
Recovery list generation supports switching between metadata parsing and raw sector searching in one workflow.
DMDE can build a recoverable view by analyzing filesystem metadata when NTFS, FAT variants, and other common formats are intact enough to parse. When metadata does not map cleanly, the scan flow shifts toward byte-level searching so deleted content can still be identified. The app is useful for both a quick pass to assess recoverability and a deeper scan when the first results look thin.
A tradeoff is that deeper scans increase time and can produce larger recover lists that require manual filtering. DMDE fits situations where deleted items are still physically present but the filesystem index is partially broken, such as after accidental deletion on an external disk.
- +Scan-driven recovery flow with quick assessment and deeper re-scan options
- +Preview and selection UI helps avoid incorrect extracts during undelete recovery
- +Partition-aware handling supports recovering from damaged layouts
- +Works against raw sectors when filesystem metadata cannot be trusted
- –Deep scanning can be slow on larger drives
- –Manual triage is required when result lists contain many similarly named items
- –Advanced options can be confusing without prior recovery experience
- –Requires careful target selection to avoid overwriting recoverable sectors
IT recovery analysts
Deleted documents after accidental cleanup
More recoverable items restored
Forensics-adjacent technicians
Partition layout corruption after failure
Data recovered despite layout damage
Show 1 more scenario
Small business admins
External drive deletion after sync error
Fewer unnecessary recover attempts
Run a deep pass to locate residual content on the external drive and preview before extraction.
Best for: Fits when filesystem metadata is partially damaged and manual control over scan scope matters.
Disk Drill
SMBDisk Drill recovers deleted files on Windows and macOS from internal, external, and removable storage.
Preview before recovery with filename and content rendering inside the recovery flow.
Disk Drill focuses on file-level recovery tasks on NTFS and exFAT drives, where common undelete scenarios depend on filesystem metadata that may still be present. The workflow starts with choosing the partition or device, then previewing candidate items and selecting only what should be recovered. A useful fit signal is the emphasis on a guided flow that reduces the chance of recovering onto the same drive where data loss occurred.
A key tradeoff is that more complex partition recovery and raw carving workflows typically require deeper inspection in tools that prioritize low-level reconstruction steps. Disk Drill fits well when a user needs to recover accidentally deleted photos or documents from an external HDD after confirming file names and previews match the expected content.
- +Guided recovery wizard reduces mistakes during selection and output targeting
- +Preview-first results speed up choosing real files over scan noise
- +Partition-aware workflow supports typical external and internal drive layouts
- +Clear filters help narrow results without jumping through separate tools
- –Less suitable for heavily corrupted partitions that need reconstruction expertise
- –Deep scan time increases noticeably on large drives
- –Some result sets still require manual verification of preview matches
- –Advanced recovery options are not as granular as specialized competitors
Windows home users
Accidental delete of document files
Files restored to safe storage
Creative professionals
Recover deleted photos from external drive
Correct assets recovered faster
Show 2 more scenarios
IT support staff
Recover user data after drive formatting
Recoverable data restored for users
Supports partition selection and recovery workflow for common formatted-drive scenarios.
Small business operators
Retrieve spreadsheets after deletion
Less sorting during restore
Uses filters and preview to narrow results for spreadsheet and document recovery.
Best for: Fits when Windows users need guided deleted file recovery with preview-driven selection.
GetDataBack
technical specialistGetDataBack recovers files from formatted, deleted, corrupted, and inaccessible Windows volumes.
Rebuilt directory and allocation mapping that produces structured recoverable listings before extraction.
GetDataBack runs a scan that maps on-disk structures into candidate files and folders, then guides selection for recovery and export. It is especially relevant when standard undelete tools fail because directory entries and allocation metadata have already diverged from normal file system behavior. The tool’s workflow keeps recovery steps within one session, with previews and filterable results that reduce the risk of recovering the wrong versions.
A tradeoff appears in its decision threshold between quicker and more thorough passes, since deeper scans can increase runtime on large disks and heavily damaged media. It fits best after a delete event or after a formatted volume when recovering from the original drive is risky, since the scan can run on the source and write results to a separate destination. It also performs better when the partition layout is partially intact, because reconstructed metadata improves file listing accuracy.
- +Partition-first workflow that reconstructs file system structure before listing files
- +Preview-driven selection reduces recovered clutter and mis-selects
- +Handles fragmented metadata better than basic undelete utilities
- +Exports recovered results to a separate destination workflow
- –Deep scans can take long on large disks with heavy corruption
- –File name and folder reconstruction can degrade when partitions are severely damaged
- –Requires careful source and destination handling to avoid overwrites
- –Result filtering is less granular than some niche imaging workflows
Small IT teams
Recover deleted folders after accidental removal
More accurate folder restoration
Forensic-adjacent admins
Recover after a quick format
Recovered content from free space
Show 2 more scenarios
Data recovery technicians
Recover from logical damage on Windows
Higher confidence recoveries
Uses deeper verification to validate candidates when metadata conflicts appear.
Power users
Recover from partially overwritten partitions
Usable files despite corruption
Produces structured results even when allocation data is inconsistent.
Best for: Fits when file system metadata is damaged and partition-aware recovery is needed.
EaseUS Data Recovery Wizard
SMBEaseUS Data Recovery Wizard restores deleted and lost files from computers, drives, partitions, and removable media.
Quick versus deep scan guidance plus pre-recovery preview in a single recovery wizard flow.
EaseUS Data Recovery Wizard is a Windows file undelete and recovery wizard focused on getting deleted files back through a guided scan workflow. It offers quick and deep scan paths with a preview step so recoverable items can be assessed before writing them back.
The tool also handles formatted drives and external media by scanning partitions and raw areas when file system metadata is missing or damaged. For drive-level scenarios, it supports disk image recovery style workflows that reduce the risk of overwriting data during investigation.
- +Guided quick versus deep scan flow with preview before recovery
- +Supports formatted drives and external media scanning with one workflow
- +Recovers from common Windows file system states including NTFS loss scenarios
- +Disk image oriented workflow reduces overwrite risk during recovery
- –Deep scan throughput can lag on large disks compared with specialist tools
- –File carving coverage is less consistent when folder metadata remains partly intact
- –Preview accuracy drops for heavily fragmented multimedia and compressed archives
- –Automation and API surface are limited for admin-scale recovery pipelines
Best for: Fits when Windows users need a guided undelete workflow with preview and then want to recover onto new storage.
Stellar Data Recovery
SMBStellar Data Recovery retrieves deleted files from computers, external drives, optical media, and damaged storage.
Drive image recovery lets recovery attempts run from a captured image to reduce repeated wear and risk on the original disk.
Stellar Data Recovery runs file undelete workflows on Windows volumes by scanning for file system structures and deleted items before offering selective recovery. The tool supports both quick scan and deep scan passes, with preview so users can verify recoverable file assessment results before writing output.
Stellar Data Recovery also includes signature-based scanning for file carving when metadata is incomplete, which helps on drives with damage or formatting changes. Drive image recovery support helps perform analysis from a captured image instead of repeatedly scanning the source media.
- +Quick and deep scan modes with preview to validate recoverable candidates before writing output
- +Signature-based file carving for cases where file system metadata is partially missing
- +Drive image recovery workflow supports safer analysis when source disks are unstable
- +Clear filter and selection steps to limit recovered data volume
- –Deep scan throughput drops on large SSDs, making full recovery sessions slow
- –File carving results can include false positives when signatures match compressed content
- –Preview coverage can be incomplete for some document and archive formats
- –Recovering from heavily corrupted partitions may require multiple scan and rescue passes
Best for: Fits when Windows users need guided undelete recovery with preview, plus carving fallback on partially damaged media.
MiniTool Power Data Recovery
SMBMiniTool Power Data Recovery restores deleted files from Windows computers, drives, partitions, and removable media.
Recovery workflow that blends preview with recoverable file assessment before writing results to a target path.
MiniTool Power Data Recovery targets file undelete and deleted file recovery on Windows with a guided recovery workflow and a partition-aware scan process. It supports both quick scan style passes and deeper filesystem and signature-oriented recovery paths to find recoverable items before data restore.
The tool also includes preview and recoverable file assessment so users can sanity-check filenames and file types before writing data back to the drive. Support for external drives and SSD connected over USB is positioned as part of the same recovery workflow rather than a separate product mode.
- +Preview-driven selection reduces restoring wrong files
- +Partition-aware scanning helps when only a volume is affected
- +Quick scan plus deep scan improves chances on busy disks
- +Works across common Windows storage types including external media
- –Recovery quality drops when the filesystem metadata is heavily damaged
- –File list accuracy can lag during deeper scans on large drives
- –No automation or API surface for batch recovery workflows
- –Partition recovery tooling is weaker than forensic-focused competitors
Best for: Fits when Windows users need a guided undelete workflow with preview and can tolerate uneven recovery quality on damaged media.
Ontrack EasyRecovery
enterpriseOntrack EasyRecovery restores deleted files and repairs damaged volumes on computers and external storage.
A staged workflow that starts with file system metadata analysis, then escalates to reconstruction when metadata recovery stalls.
Ontrack EasyRecovery targets Windows deleted file recovery with an enterprise-style workflow that separates quick scanning from deeper reconstruction attempts. The recovery engine focuses on file system metadata analysis first and then extends into raw recovery patterns when metadata is incomplete.
Restorable results include preview and recoverable file assessment outputs to help narrow what to restore before writing to a destination drive. For scenarios involving formatted drives and unstable partitions, EasyRecovery emphasizes disk imaging workflows and partition-aware recovery steps.
- +Quick scan and deep recovery phases reduce unnecessary long runs
- +Preview and recoverability assessment help limit writes to the target drive
- +Disk image workflow supports safer recovery from failing or volatile disks
- +Partition-aware steps help when directory structures are partially intact
- –Guided workflow can feel heavier than single-step undelete utilities
- –Raw reconstruction coverage depends on recognizable file patterns
- –External drive recovery often needs careful destination and media planning
- –Advanced recovery can require more manual decision points than basic tools
Best for: Fits when Windows recoveries need structured scanning phases, preview gating, and disk image workflows.
UFS Explorer
enterpriseUFS Explorer recovers deleted and inaccessible files from local disks, RAID systems, virtual disks, and network storage.
Preview and recoverability assessment directly on scan results, before extraction to a target location.
UFS Explorer targets file undelete and data recovery with a scan engine built for file system artifacts and formatted storage. It supports deleted file recovery on common formats such as NTFS and exFAT, plus recovery workflows that include both quick scanning and deeper examinations.
The workflow emphasizes previews and recoverable item assessment before extraction to reduce accidental wrong-file recovery. Integration depth is stronger than typical consumer tools because results can be exported and the disk image workflow supports repeatable analysis.
- +Preview-driven recovery list reduces wrong-file restores
- +Quick scan plus deeper scan supports time-accuracy tradeoffs
- +Disk image workflow enables repeatable investigations
- +Exportable scan results help evidence-style handoffs
- –Workflow can feel technical when targeting small undelete tasks
- –Some recovery paths depend on strong underlying file system metadata
- –Large drives increase scan time during deep examinations
- –Fewer guided prompts than consumer-focused deleted file tools
Best for: Fits when forensic-style undelete workflows need previews, disk images, and exportable results.
4DDiG Data Recovery
SMB4DDiG Data Recovery restores deleted files from Windows and macOS computers, drives, and removable media.
Preview-based recoverable file assessment with selectable results before the final restore step.
4DDiG Data Recovery targets deleted file recovery with a guided workflow and multiple scan passes for Windows partitions and attached drives. The recover flow centers on previewable recoverable file assessment and file system metadata handling before users commit to recovery.
It also includes raw recovery style file carving for cases where directory entries are missing. For formatted drive recovery scenarios, it provides separate recovery paths that focus on partition and volume-level data retrieval rather than only a single undelete attempt.
- +Guided recovery wizard reduces steps for common deleted-file workflows
- +Preview-oriented recoverable file assessment helps filter results before recovery
- +Includes carving-style recovery when file system metadata is missing
- +Supports multiple scan passes to distinguish quick results from deeper findings
- –Deep scan output can be noisy without strong filtering controls
- –Recovered files may require manual verification when names and folders are incomplete
- –Workflow is less suitable for repeatable admin operations at scale
- –Limited visibility into scan engine settings can slow tuning for edge cases
Best for: Fits when Windows users need a guided undelete attempt on SSD or HDD and want preview before recovery.
PhotoRec
technical specialistPhotoRec recovers files by identifying known file signatures on formatted or damaged storage.
Signature-based file carving restores files from raw sectors even when directory structures are gone.
PhotoRec from cgsecurity.org is a file undelete and raw recovery tool built around disk-level file carving. It focuses on extracting recoverable content from partitions, damaged drives, and corrupted media when file system metadata is unreliable.
The workflow runs from a bootable environment or from a regular system and uses format signatures to rebuild files even after delete actions. PhotoRec prioritizes breadth of recoverable file types over filesystem-level previews or selective restore.
- +Raw file carving recovers content when file system metadata is missing
- +Bootable media option helps recover from drives that fail to mount
- +Survives formatted drive recovery scenarios using signature-based reconstruction
- +Works across multiple partition layouts with minimal dependency on OS
- –Recovery targeting is limited compared with filesystem-aware undelete tools
- –No integrated preview means recovery validation often requires manual inspection
- –Output can include many partial files that need post-filtering
- –Recovery results depend heavily on selecting the right source device
Best for: Fits when deleted files must be reconstructed from damaged or unmountable drives.
Conclusion
After evaluating 10 business finance, DMDE 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 recover deleted files software
This buyer's guide focuses on recover deleted files software for Windows and storage media where files are still recoverable from filesystem metadata, rebuildable allocation data, or raw sectors. The guide covers DMDE, Disk Drill, GetDataBack, EaseUS Data Recovery Wizard, Stellar Data Recovery, MiniTool Power Data Recovery, Ontrack EasyRecovery, UFS Explorer, 4DDiG Data Recovery, and PhotoRec.
The tools in this lineup differ in how scan scope is chosen, how preview and recoverability assessment gate the restore step, and how recovery output is structured before files are written. The buyer sections also compare automation and control patterns such as staged workflows, metadata-first versus raw-sector carving approaches, and disk-image driven attempts.
Recover deleted files software that restores from filesystem metadata, rebuilt allocation, or raw sector carving
Recover deleted files software is designed to bring back deleted or lost content by locating filesystem metadata remnants, reconstructing directory and allocation mappings, or carving file data from raw sectors when directory structures are missing. DMDE uses a recovery list workflow that can switch between metadata parsing and raw sector searching in one flow, which supports manual control when parts of the filesystem are damaged.
Disk Drill emphasizes preview-based selection inside the recovery flow so the user can validate filename and content rendering before writing output. Tools like PhotoRec prioritize signature-based carving to reconstruct files from raw sectors and rely on manual inspection to validate results because integrated preview is limited compared with filesystem-aware undelete tools.
Recover deleted files controls that change outcomes
Recover deleted files software can look similar on the surface, but the restore result depends on how the scan engine builds a recoverable list and how preview gates extraction. DMDE’s workflow that switches between metadata parsing and raw sector searching changes recoverability when filesystem structures are partially damaged.
Preview-driven selection before writing output
Disk Drill and MiniTool Power Data Recovery both route users through a preview-before-recovery flow to validate candidates before writing to a target path. UFS Explorer also previews recoverability on scan results to filter restores before extraction.
Scan scope control with metadata-first versus raw-sector fallback
DMDE lets users switch between metadata parsing and raw sector searching within a recovery list workflow to control scan scope when metadata is partially damaged. PhotoRec instead focuses on signature-based file carving from raw sectors when directory structures are gone.
Reconstruction logic for partition-aware undelete listings
GetDataBack and Ontrack EasyRecovery both emphasize partition-aware reconstruction that produces structured recoverable listings or staged reconstruction when metadata recovery stalls. This approach is designed to reduce clutter by rebuilding directory and allocation mapping before extraction.
Drive-image workflow to reduce repeated attempts on the source
Stellar Data Recovery and Ontrack EasyRecovery support running recovery attempts from a captured image so multiple scans do not repeatedly wear the original media. This helps when the source is unstable or when repeated deep scans are needed.
Recoverability assessment to limit writes to the target drive
Ontrack EasyRecovery escalates from metadata analysis to reconstruction and uses preview and recoverability assessment to reduce unnecessary long runs. DMDE also supports quick assessment plus deeper re-scan options when initial candidate lists look incomplete.
Choose by scan philosophy, preview gates, and workflow control
Selection should start with how a tool forms candidates and how it prevents wrong restores. A metadata-first workflow with reconstruction and a preview gate fits many deleted-file cases, while raw-sector carving fits missing directory structures.
Start with the failure mode of the filesystem structures
If filesystem metadata is partially damaged but still present, choose a tool that can reconstruct listings or validate recoverability before extraction, such as GetDataBack or DMDE. If directory structures are missing or the drive fails to mount, choose a tool that carves from raw sectors, such as PhotoRec.
Pick the preview gate that matches the type of verification needed
If the priority is validating filename and content rendering inside the recovery flow, choose Disk Drill or UFS Explorer because preview and recoverability assessment run before extraction. If the priority is structured listings that reduce recovered clutter, choose GetDataBack because its rebuilt directory and allocation mapping creates recoverable listings before extraction.
Choose between wizard guidance and manual recovery-list control
For guided undelete workflows that reduce selection mistakes, choose EaseUS Data Recovery Wizard or MiniTool Power Data Recovery because they combine quick versus deep scan guidance with preview in a wizard flow. For manual control over scan scope when partitions or metadata parsing are inconsistent, choose DMDE because the recovery list generation can switch between metadata parsing and raw sector searching.
Select the scan-depth tradeoff strategy for the size and condition of the drive
For long-run avoidance, choose Ontrack EasyRecovery because it uses staged quick scan and deep recovery phases with preview gating to limit unnecessary long runs. For larger drives where deep scans slow down, use Disk Drill or DMDE and start with quick assessment to narrow candidates before deeper re-scans.
If the source is unstable, plan for image-based recovery
If recovery attempts risk additional read stress, choose Stellar Data Recovery or Ontrack EasyRecovery because both support drive image recovery workflows. This approach keeps repeated scanning from repeatedly targeting the original media.
Choose a fallback path when reconstruction returns noisy or incomplete results
If file system metadata remains but reconstruction produces false positives or ambiguous results, choose a tool that supports preview plus deeper re-scan options, such as DMDE. If reconstruction cannot recover structure and signature matches are the primary path, choose PhotoRec or ensure Stellar Data Recovery’s signature-based carving is part of the workflow.
Who benefits from specific recover deleted files workflows
Recover deleted files software is most effective when the tool matches the type of damage and the verification style required. The lineup includes metadata reconstruction workflows, wizard-driven preview gating, and raw-sector carving for missing structures.
Windows users recovering accidentally deleted files from volumes with partially damaged metadata
Disk Drill and EaseUS Data Recovery Wizard both use guided quick versus deep scan flows with preview before recovery to reduce mistakes during selection and output targeting.
Users dealing with damaged partitions where allocation and directory mapping need reconstruction
GetDataBack and Ontrack EasyRecovery are built around partition-aware structure reconstruction and staged workflows that escalate only when metadata recovery stalls.
Forensic-leaning workflows that require previewing candidates and exporting structured results
UFS Explorer supports preview and recoverability assessment directly on scan results and keeps the workflow focused on targeted extraction from images or drives.
Recoveries where directory structures are gone or the filesystem cannot mount cleanly
PhotoRec uses signature-based file carving to restore files from raw sectors even when directory structures are missing, which shifts validation to manual inspection.
Recoveries needing careful control over scan scope between metadata and raw searching
DMDE fits cases where filesystem metadata is partially damaged and manual control matters because its recovery list generation can switch between metadata parsing and raw sector searching in one workflow.
Common failure modes when recovering deleted files
Wrong expectations cause most recovery failures, especially when users choose deep scanning without candidate filtering or when they write restores back to the source. Candidate lists can also become noisy when deep scans run on large drives with heavy corruption.
Running deep scans immediately and treating the first results list as final
DMDE supports quick assessment and deeper re-scan options so early filtering can reduce slow deep scanning on larger drives. Disk Drill also previews candidates before recovery so users can focus on validated files rather than scan noise.
Recovering back to the same failing drive during repeated attempts
Stellar Data Recovery’s drive image recovery lets scanning and extraction run from a captured image to reduce repeated wear and risk on the original disk. Ontrack EasyRecovery also uses disk image workflows paired with staged phases to limit repeated stress.
Choosing filesystem-aware undelete tools when directory structures are missing
When filesystem metadata is missing and raw sector reconstruction is required, PhotoRec’s signature-based file carving is the right workflow. Tools like UFS Explorer and MiniTool Power Data Recovery rely more on underlying filesystem metadata for best accuracy.
Assuming signature-based carving output needs no validation
PhotoRec lacks integrated preview, so recovered content often requires manual inspection before keeping files. Stellar Data Recovery can also produce false positives when signatures match compressed content, so validation remains necessary.
How We Selected and Ranked These Tools
We evaluated recover deleted files software using feature coverage and workflow control mechanisms, then weighted integration depth and automation and API surface when those controls are category-compatible. Features carried 40% weight because scan scope selection, preview and recoverability assessment gating, and reconstruction logic decide whether recovered output is accurate.
Ease of use and value each carried 30% weight because wizard guidance and preview timing affect how quickly users can converge on valid candidates. DMDE ranked highest because its recovery list generation supports switching between metadata parsing and raw sector searching in one workflow, which adds control when filesystem metadata is partially damaged.
Frequently Asked Questions About recover deleted files software
Which tool in the list is best when NTFS metadata is partially missing after deletion?
How does preview before recovery differ between Disk Drill, EaseUS Data Recovery Wizard, and UFS Explorer?
When should a recovery workflow switch from quick scan to deep scan in these tools?
What breaks if the drive was formatted and the chosen tool only relies on directory entries?
Which tool supports partition-aware recovery when the partition table is damaged or unstable?
How does disk image analysis change the recovery workflow in EaseUS Data Recovery Wizard and Stellar Data Recovery?
Which tool is most suitable for external drive and SSD scenarios connected over USB without changing the recovery workflow?
What security and governance controls are available for enterprise-style recovery compared with consumer workflows?
Which tool is best for corrupted media where directory listings are missing and raw reconstruction is required?
Tools reviewed
Primary sources checked during evaluation.
tenorshare.comReferenced in the comparison table and product reviews above.
- Data Science AnalyticsTop 10 Best Data Recovering Software of 2026
- Technology Digital MediaTop 10 Best Partition Recovery Software of 2026
- Technology Digital MediaTop 10 Best Hard Drive Retrieval Software of 2026
- Technology Digital MediaTop 10 Best Mobile Data Recovery Software of 2026
- Technology Digital MediaTop 10 Best Disaster Recovery Backup Software of 2026
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