GITNUXSOFTWARE REVIEW
Technology & Digital MediaTop 10 Best Delete File Recovery Software of 2026
Compare delete file recovery software tools for lost files, with practical tradeoffs and examples like EaseUS Data Recovery Wizard.
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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Disk Drill is the best pick for Windows and macOS users who want delete file recovery they can validate first because its preview-before-restore and directory reconstruction help confirm what’s truly recoverable before you save outputs, while DMDE is better for complex metadata loss cases since it combines filesystem discovery with signature scanning and preview-driven selection.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Disk Drill
Preview-before-restore plus directory reconstruction helps confirm recoverable file detection before writing outputs.
Best for: Fits when accidental deletions need structured restores with preview to validate results before saving.
Recuva
Editor pickFile preview during recovery selection lets users validate content before writing recovered files elsewhere.
Best for: Fits when Windows users need straightforward delete file recovery with preview-based selection.
EaseUS Data Recovery Wizard
Editor pickSignature-based detection combined with content preview for targeted restoration selection.
Best for: Fits when accidental deletion happens on Windows drives and a guided scan plus preview workflow is needed.
Comparison Table
Disk Drill
SMBData recovery software for Windows and macOS supporting over 400 file formats from various storage devices.
Preview-before-restore plus directory reconstruction helps confirm recoverable file detection before writing outputs.
Disk Drill recovers deleted files by scanning storage media for recoverable remnants and reconstructing filenames and directory paths. It supports preview so users can inspect file contents before committing to a restore.
The workflow includes quick scanning for speed and deeper scanning for harder recoveries on drives and external media. Disk Drill also targets common file system states, including situations where media needs lost file system recovery.
- +File preview reduces restore waste when multiple matches appear
- +Quick scan to deep scan progression fits time versus thoroughness tradeoffs
- +Directory structure reconstruction helps restore original organization
- +Works across internal drives and common removable media types
- –Recovery quality can drop when deleted fragments are heavily overwritten
- –Preview availability depends on file type and may not cover every format
- –Large drives increase time on deeper passes that improve results
- –Requires careful target selection to avoid overwriting recoverable data
Consumers and IT support staff
Recover deleted laptop files with preview
Recoverable files found with context
Consumers and small business users
Recover files from USB flash devices
Selective USB recovery succeeds
Show 2 more scenarios
Photographers and field workers
Recover deleted photos from memory cards
Deleted media restored for review
Search memory cards for deleted or corrupted media, then preview and export recovered files elsewhere.
Records-handling staff
Extract files from partially readable discs
Readable-sector extraction succeeds
Scan optical discs and use raw imaging support to retrieve files from degraded CDs and DVDs.
Best for: Fits when accidental deletions need structured restores with preview to validate results before saving.
Recuva
SMBWindows file recovery utility for restoring deleted files from hard drives, memory cards, and USB sticks.
File preview during recovery selection lets users validate content before writing recovered files elsewhere.
Recuva targets delete file recovery with a guided scan flow that starts with a quick scan and then offers a deeper scan pass for harder cases. It supports file undelete scenarios on common Windows file systems through signature-based scanning, file preview, and recovery that can attempt original filename preservation.
The workflow focuses on selective recovery after recoverable file detection, which helps reduce overwrite risk when storage usage continues. Recuva is best compared against tools that also include carving and partition-level repair, because its approach is more oriented toward standard deleted-file retrieval.
- +Quick scan-first workflow reduces time to first recoverable matches
- +File preview helps confirm file type before committing to recovery
- +Selective recovery choices reduce unnecessary reads and copying
- +Recovery attempts to preserve original filenames when metadata remains
- –Deep scan can be slow on large drives with heavy fragmentation
- –Limited visibility into carving behavior and recovery confidence signals
- –Results drop sharply when sectors are overwritten after deletion
- –No built-in partition reconstruction workflow for damaged file systems
Windows users and small businesses
Restore recently deleted Windows documents
Selected files get restored
Windows users
Recover from Recycle Bin deletions
Recently removed items recovered
Show 2 more scenarios
Consumers and small businesses
Undelete from USB and external drives
Recoverable removable files retrieved
Scan removable media for deleted files and restore individual results without rebuilding the entire disk layout.
Windows users and IT support teams
Deep scan when directories hide data
More candidates appear for review
Use deeper content scanning when normal directory records do not expose deleted file candidates.
Best for: Fits when Windows users need straightforward delete file recovery with preview-based selection.
EaseUS Data Recovery Wizard
SMBComprehensive data recovery software for Windows and macOS retrieving deleted, formatted, or inaccessible files.
Signature-based detection combined with content preview for targeted restoration selection.
EaseUS Data Recovery Wizard targets file undelete workflows by running quick and deep scans, then presenting previewable recoverable files for selection and restoration. The software reconstructs directory structure when possible and attempts original filename preservation during recovery.
File recovery is driven by signature-based and metadata-based detection, which helps when only partial data remains after deletion. It also supports recovery from formatted drives and common storage types like internal disks and external media.
- +Quick and deep scan flow narrows results before restoration
- +File preview helps confirm content before selecting recoverable files
- +Directory structure reconstruction improves post-recovery usability
- +Supports multiple storage devices and formatted drive recovery
- –Recovery outcomes depend heavily on how recently the deletion occurred
- –Deep scans can produce large result sets that need manual filtering
- –Wizard-first workflow limits fine-grained control compared with advanced tools
- –Some filesystem recovery cases may require repeated scan iterations
Consumers and individual users
Recover deleted photos and documents
Selected deleted files restored
Freelancers and small business users
Find files after USB reformatting
Select files restored selectively
Show 2 more scenarios
Windows users and small IT teams
Recover files when Windows will not boot
Files copied without OS boot
Use bootable rescue media to scan and copy files without starting the installed operating system.
IT staff and small business users
Recover files from lost partitions
Files recovered from detected partitions
Scan drives that appear unallocated or damaged to identify recoverable volumes and select files.
Best for: Fits when accidental deletion happens on Windows drives and a guided scan plus preview workflow is needed.
DMDE
enterpriseDisk editor and data recovery software supporting complex partition and file system reconstruction.
Dual approach combining filesystem discovery with signature scanning and preview-driven selection for missing metadata cases.
DMDE is a file undelete and lost file system recovery tool that works at the level of visible directory metadata when the volume still contains usable structures. It also uses signature-based scanning to locate file contents when metadata is missing, which helps with permanent deletion scenarios where directories no longer reference the data. The tool then lists candidate files with preview and lets recovery write results to a separate destination to avoid overwriting.
- +Quick and deep scanning paths for metadata-based and content-based recovery
- +Original filenames and directory reconstruction when recoverable structures exist
- +Preview and selective restore with write-to-different-destination safeguards
- +Handles formatted media plus damaged volumes using raw sector reading
- –Deep scans can be slow on large disks with many sectors to search
- –File selection can get complex when many signatures match and overlap
- –Requires careful choice of destination to avoid further data loss
Digital forensics responders
Recovery from damaged partitions after deletion
Recovered files with reconstructed paths
IT incident triage teams
Restore deleted documents after storage failure
Files recovered despite corruption
Show 2 more scenarios
Small business IT admins
Undelete after accidental deletion on external drives
Undeleted files restored
Recover from removable media by reading raw sectors and writing results to safe storage.
Recovery lab technicians
Selective carving when many candidates appear
Reduced false positives
Use preview and candidate lists to choose correct versions from overlapping signatures.
Best for: Fits when metadata is partially missing and signature-based recovery plus preview selection are needed.
MiniTool Power Data Recovery
SMBWindows file recovery tool for restoring deleted files from hard drives, SSDs, and external storage media.
Preview-driven selection with reconstructed folders and original filenames reduces blind saving during undelete recovery.
MiniTool Power Data Recovery is geared toward Windows recoveries where deleted files still have recoverable traces on an NTFS or exFAT drive. The workflow surfaces previewable recoverable items before writing results to a destination drive, which reduces the risk of saving into the same volume. It also supports partition recovery steps for scenarios where a partition was removed or appears missing after a drive event.
- +File preview helps confirm recoverability before saving results
- +Directory structure and filenames are preserved when metadata remains
- +Multiple scan depths handle both quick and signature-based recovery cases
- +Partition-level recovery supports missing or removed volumes
- –Deeper scans take noticeably longer on large drives
- –Candidate lists can be noisy when many fragments match signatures
- –Recovery from heavily TRIM-affected SSDs may yield fewer results
- –Safest workflow requires extra free space on a separate destination drive
Windows users
Accidental deletion of a shared document folder
Recovered specific documents
IT helpdesk staff
Formatted drive recovery after mistaken storage actions
Restored usable files
Show 1 more scenario
Small business admins
Missing partition after storage configuration change
Recovered data from lost volume
Use partition recovery steps to locate lost volumes and extract recoverable files from the results.
Best for: Fits when Windows users need previewable delete-file recovery with structured output after partition or format issues.
Remo Recover
SMBFile recovery software for Windows and Mac supporting deleted file retrieval from SSDs and hard drives.
Directory reconstruction during restore uses recovered path information to rebuild the original folder structure.
Remo Recover focuses on deleted file recovery workflows for Windows and macOS, with disk-level scanning to find recoverable items after accidental deletion. It supports formatted drive recovery, including NTFS, exFAT, and FAT32, and it can reconstruct directories so recovered files keep their original folder layout.
- +Preview and filename-based triage reduce wasted restores
- +Directory reconstruction keeps recovered files grouped correctly
- +Quick scan followed by deeper scanning supports iterative recovery
- +Works across common Windows and macOS storage formats
- –Deep scan throughput drops sharply on large drives
- –Partition recovery needs careful target selection to avoid noise
- –Preview coverage varies by file type and fragment layout
- –No built-in automation for repeated recovery tasks
Consumers and freelancers
Restore data after drive formatting
Formatted volume files recovered
Consumers and SMB users
Recover deleted files from SSDs and externals
Recoverable storage data located
Show 2 more scenarios
Photographers and office users
Batch restore selected file types
Multiple files restored quickly
Review many recoverable items, filter by type, and export grouped selections in one recovery operation.
SMB IT staff
Retrieve files from damaged partitions
Files recovered from partial layouts
Use partition-aware recovery and deeper scans when partitions are missing or directory metadata is damaged.
Best for: Fits when accidental deletions happen on standard file systems and users need preview-driven restores without scripting.
GetDataBack Pro
enterpriseData recovery software for NTFS, FAT, and exFAT file systems focused on reading-only access to prevent further damage.
Structure-aware reconstruction that rebuilds directory listings and original names from surviving file system metadata.
GetDataBack Pro targets deleted file recovery by scanning disk structures and file system metadata to rebuild directory listings and file candidates. It supports both logical volume recovery patterns and RAW-area recovery when the file system is damaged, including reconstruction of original file names and paths where remnants still exist.
- +Directory reconstruction keeps original filenames and paths when metadata remains intact
- +Recovers from damaged or inconsistent file system structures with structure-aware scanning
- +Supports partition and volume recovery workflows when logical layout still parses
- +Preview and export steps reduce the risk of writing recovered output to the source
- –Interface and scan parameter choices demand more manual decisions
- –Recovery quality drops when deletion removed most metadata and fragmentation remnants
Consumers and small business users
Recover deleted files with names and folders
Names and folder context restored
IT administrators and data recovery specialists
Rebuild files after partition loss
Recoverable files reappear
Show 2 more scenarios
Consumers and small business users
Export from flash drives that fail to open
Files extracted from damaged storage
Use structured analysis to find and export files from FAT, exFAT, or NTFS removable media.
IT administrators and recovery specialists
Triage data from a damaged RAID member
Selected data evaluated and recovered
Apply RAID reconstruction and preview workflows when member drives prevent normal volume access.
Best for: Fits when IT staff need structure-aware deleted file recovery with careful read-only workflow and file naming preservation.
ProSoft Engineering Drive Genius
SMBMac utility software that includes a deleted files recovery module alongside disk repair tools.
Drive Genius uses drive-level repair and recovery workflows to rebuild file paths when partitions or file systems are impaired.
ProSoft Engineering Drive Genius recovers deleted files by scanning physical disks and rebuilding usable file paths from recovered metadata and file contents. It offers drive-level workflows for both formatted media scenarios and typical delete-and-reuse patterns, with preview so recovered items can be inspected before committing to an export.
- +Directory structure reconstruction from multiple recovery passes
- +Preview of candidate files before exporting recovery results
- +Drive-focused workflows for corrupted or lost file system recovery
- +Granular selection of source disks and partitions
- –Scan outcomes can be slow on large drives without tuning
- –Recovered filenames and paths often degrade when metadata is gone
- –Automation and API surfaces for enterprise workflows are limited
- –More settings than simple undelete tools, increasing operator burden
IT administrators and technicians
Recover deleted files from reused SSD
Restore accessible files quickly
Small business operations teams
Recover documents after partition formatting
Recover critical business documents
Show 2 more scenarios
Digital forensics analysts
Reconstruct data after file system loss
Build usable evidence files
Supports forensic style targets by extracting recoverable records from damaged or missing file systems.
Legal and compliance staff
Locate deleted records for audits
Provide recoverable audit artifacts
Enables preview-driven recovery to verify restored items before exporting them for review workflows.
Best for: Fits when data recovery needs include partition or file system repair along with deleted file restoration.
Stellar Data Recovery Professional
SMBSoftware for recovering deleted files, folders, and documents from Windows and Mac systems.
Results preview with filename reporting supports selective restores without exporting everything first.
Stellar Data Recovery Professional runs a staged recovery workflow that separates initial discovery from deeper recovery passes, then presents recoverable items in a browsable results list. The preview and filename display support decision-making before saving recovered files to the destination folder. Drive-level handling includes formatted volume scenarios where logical file system structures still provide usable metadata. The product also includes recovery modes aimed at media that have been altered at the partition or file-system layer.
- +Preview and filename display reduce the chance of restoring wrong files
- +Staged scan approach supports quick triage followed by deeper recovery runs
- +Results browsing supports directory reconstruction when metadata remains intact
- +Control over restore destination helps avoid reusing the source drive
- –Deeper scans increase runtime when the drive contains many recoverable artifacts
- –Recovery results often require manual filtering to isolate the correct versions
Individual Windows users
Recover photos after accidental deletion
Targeted restoration of lost media
IT support technicians
Restore documents from formatted drives
Faster triage during incidents
Show 1 more scenario
Freelance creators
Recover project files after folder wipe
Reduced risk of wrong restores
Preview and file identification help separate older remnants from the intended project version.
Best for: Fits when Windows users need guided recovery with preview-driven restores after accidental deletion.
PhotoRec
SMBOpen-source data recovery application designed to recover files including video, documents, and archives from hard disks and CD-ROMs.
Signature-based file carving prioritizes raw recovery even when partition and file system metadata cannot be trusted.
PhotoRec, from cgsecurity, is a signature-based file carving tool built for file undelete scenarios when the file system metadata is unreliable. It reconstructs files from raw storage by scanning for known file headers and writing recovered content to a chosen output location.
- +Signature-based carving can recover when directory entries are gone
- +Works on many storage devices including removable media
- +Avoids reliance on a fully intact file system
- +Preserves file type recovery without requiring prior indexing
- –Recovered output often lacks original names and folder structure
- –Requires manual output configuration and scan target selection
- –Command-line driven workflow slows non-technical recovery attempts
- –File carving may recover partial or corrupted fragments
Individuals and IT support teams
Recover deleted files from damaged metadata
Candidates recovered without folder mapping
Students and forensic trainees
Practice signature-based carving workflows
Hands-on recovery practice completed
Show 2 more scenarios
Recovery technicians and small IT teams
Extract from corrupted partitions and boot sectors
Files extracted from unreadable media
Perform raw sector scanning to retrieve files when conventional filesystem-based recovery fails.
Content creators and media recovery specialists
Salvage video files after deletion
Video candidates recovered
Search raw storage for recognizable video signatures to rebuild candidate video files for inspection.
Best for: Fits when file undelete is needed after accidental deletion or logical damage, and rebuilding files from raw data is acceptable.
Conclusion
After evaluating 10 delete file recovery software, Disk Drill 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.
Frequently Asked Questions About Delete File Recovery Software
How do DMDE and PhotoRec differ when filesystem metadata is missing after accidental deletion?
When should a Windows user choose Recuva over Stellar Data Recovery Professional for file undelete?
Which tool provides the most structure-aware directory reconstruction during formatted drive recovery?
What breaks if a deleted file was fragmented across the disk and only partial sectors remain?
How do quick scan and deep scan workflows affect outcome quality in MiniTool Power Data Recovery and Disk Drill?
Which tool is better for preview-first validation during recoverable file selection?
When recovering after partition damage, which products support RAW-area style recovery rather than relying on intact mounts?
What administrative controls exist for enterprise environments using RBAC, audit logs, or centralized access?
How do automation and APIs typically appear across this category, and which tool fits scripted recovery workflows better?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
How to Choose the Right Delete File Recovery Software
We separate delete file recovery options by recovery reliability, including how well they handle different source states like file system vs. raw storage. Look hardest at recovery quality and at how the tool lets you control target restoration outcomes after a test run. Use the Recovery quality and Saved-file behavior criteria as your anchors when comparing demos.
Recovery quality scoring
Why it matters
Recovery quality scoring matters because delete file recovery outcomes vary widely by what was overwritten after deletion. A clear quality indicator helps you avoid investing time in files that are likely unusable.
How to check
Delete a test file, then immediately run recovery and sort results by the tool’s quality indicator. Pick one low- and one high-indicator candidate and open both to confirm the difference in usability (e.g., viewable document vs. corrupted).
Output path and overwrite control
Why it matters
Saved-file behavior determines whether recovered content lands safely without clobbering existing data. With delete file recovery, overwrite accidents are common when you restore back to the same location.
How to check
In settings, check for an option to restore to a new folder or preserve original structure. Run recovery twice to the same target folder and confirm whether the tool prevents overwrite (e.g., renaming or refusal) and how it handles name collisions.
Source drive types supported
Why it matters
Source drive types supported matters because deleted-file recovery can behave differently across internal drives, external drives, and removable media. Broad and explicit support reduces the chance the tool silently fails for your actual setup.
How to check
On a demo, ask the vendor to show a recovery flow for at least one external/removable workflow you plan to use. Verify the tool’s UI reports the detected source type and offers recovery steps appropriate to that source.
Automation and batch recovery workflow
Why it matters
Automation and batch recovery workflow matters when you need consistent results across multiple deletions or endpoints. An API or scripting surface also reduces manual errors during repetitive tests.
How to check
Ask whether the product supports command-line or API calls for recovery runs and for selecting output settings. Then simulate a batch by recovering multiple test files and confirm the outputs follow the same naming, foldering, and overwrite rules each time.
Write-blocking or safe-mode restore behavior
Why it matters
Evidence handling matters because delete file recovery is more reliable when the tool avoids writing to the source. Safe-mode behaviors reduce the risk of making a marginal recovery worse.
How to check
Look for an option like safe handling, read-only workflow, or write-blocking support in the recovery settings. During a demo, confirm the tool states whether it writes to the source and show where it restores data (destination only).
Result filtering and exact selection
Why it matters
Result filtering and exact selection matters because recovery lists can include near-duplicates and junk. Good controls help you restore the intended files without wasted time or wrong versions.
How to check
Delete several similarly named test files, then recover and use the tool’s filtering or selection tools. Confirm you can reliably narrow results to the exact file(s) you deleted, and verify the restored outputs match the expected contents.
Red flags
- The tool’s quality indicator doesn’t correlate with whether recovered files actually open.
- Restores overwrite existing files or forces you to manually fix name collisions.
- The tool claims support but can’t complete a demo recovery for your real source type.
Fit by situation
- If you recover right after deletion and need predictable usability, prioritize Recovery quality scoring.
- If you regularly restore to shared machines or existing folders, prioritize Output path and overwrite control.
- If you run repeat recoveries across endpoints, prioritize Automation and batch recovery workflow.
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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