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Data Science AnalyticsTop 10 Best Bad Disk Recovery Software of 2026
Compare bad disk recovery software tools for data recovery on failing drives, including where options fit and tradeoffs to watch.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
Search agents gather the source set and the review record, including transcriptions of video reviews and podcasts.
Framework: Features 40% · Ease 30% · Value 30%
Gitnux may earn a commission through links on this page — this does not influence rankings. Editorial policy
TestDisk (testdisk-1) is the best pick for technicians who need low-level partition and boot repair when a drive still reads, thanks to its interactive partition-table analysis that can list deleted volumes before you choose a repair, whereas Disk Drill (disk-drill-2) suits Windows users wanting faster guided scanning with in-recovery file previews to reduce guesswork.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
TestDisk
Interactive partition-table analysis can list deleted volumes before writing a selected repair.
Best for: Fits when technicians need low-level partition and boot repair on a drive that still responds to reads.
Disk Drill
Editor pickFile preview during recovery scanning helps prioritize likely targets before committing to a full restore.
Best for: Fits when single-disk Windows recoveries need fast previews and guided scanning.
EaseUS Data Recovery Wizard
Editor pickFile preview during the scan phase reduces unnecessary saves and wasted disk writes.
Best for: Fits when logical deletion or partition damage needs quick GUI file recovery.
Comparison Table
TestDisk
technicalTestDisk repairs partition tables and recovers lost partitions from damaged disks.
Interactive partition-table analysis can list deleted volumes before writing a selected repair.
TestDisk handles damaged partition recovery on MBR and GPT disks, with support for FAT, NTFS, exFAT, ext2, ext3, ext4, and HFS+. Its interactive scans can identify deleted volumes and support lost partition reconstruction without requiring a graphical desktop. File copying from detected volumes gives technicians a direct path to retrieve accessible data before attempting repairs.
The command-line interface requires careful selection of disk, partition, and write actions, especially on a failing drive. TestDisk fits situations where the disk still responds to reads but its partition structure or boot record is damaged. It lacks native scheduling, an API, and centralized recovery logs for repeatable administrative workflows.
- +Reconstructs deleted MBR and GPT partition entries
- +Repairs FAT, NTFS, and ext boot sectors
- +Copies files from detected partitions before repair
- +Runs from portable command-line environments
- –No graphical interface for guided recovery
- –No native API, scheduling, or centralized audit log
- –Cannot repair mechanically failing drive hardware
- –File undelete coverage is narrower than PhotoRec's raw carving
IT repair technicians
Recovering an inaccessible data partition
Restored partition access
Linux administrators
Repairing damaged boot records
System becomes bootable
Show 1 more scenario
Forensic technicians
Copying files before disk repair
Priority files retrieved
The utility copies accessible files from detected volumes while preserving the option to defer structural changes.
Best for: Fits when technicians need low-level partition and boot repair on a drive that still responds to reads.
Disk Drill
SMBDisk Drill recovers deleted and inaccessible data from internal, external, and removable disks.
File preview during recovery scanning helps prioritize likely targets before committing to a full restore.
Disk Drill from CleverFiles centers recovery around scan results that surface file previews early in the workflow.
It supports safer handling via disk imaging and source-drive write protection while attempting file restoration on recognizable file-system layouts.
- +Guided scan flow with file previews reduces guesswork during attempts
- +Includes source-drive write protection to avoid further damage
- +Supports disk imaging workflows before deeper recovery steps
- +Handles common Windows file systems like NTFS with automatic parsing
- –Recovery verification and integrity checking are limited compared with forensic tools
- –Bad-sector mapping depth is less transparent for tuning recovery behavior
- –Sector-by-sector cloning control is not positioned for precision acquisition needs
- –Workflow automation and scripting support are thin for repeated lab cases
Small business administrators
Recover files from corrupted volumes
Files extracted despite broken structure
IT support staff
Restore deleted laptop files
Recoverable files identified
Show 2 more scenarios
Photographers and field workers
Recover photos from memory cards
Media files recovered
Searches memory cards for deleted or corrupted media and exports selected previews to another drive.
Records-handling staff
Extract files from damaged discs
Degraded-disc files recovered
Uses disc scanning and raw imaging to review and extract files from partially readable optical media.
Best for: Fits when single-disk Windows recoveries need fast previews and guided scanning.
EaseUS Data Recovery Wizard
SMBEaseUS Data Recovery Wizard restores files from deleted, formatted, and inaccessible disks.
File preview during the scan phase reduces unnecessary saves and wasted disk writes.
EaseUS Data Recovery Wizard performs guided file recovery from Windows volumes and formatted media using scan, preview, and save workflows. The tool supports partition-level recovery and basic file-system recovery flows, but it provides limited control over failing-drive read-error handling and retry behavior compared with forensic-focused disk imaging tools.
It also lacks a meaningful automation and integration surface for recurring recovery jobs across multiple endpoints. As a result, it can work for recoverable logical damage, but it is a weak fit for hard-drive recovery scenarios that need strict source-drive write protection, forensic disk image workflows, and reproducible verification steps.
- +Guided workflow with file preview before saving recovered items
- +Partition-aware scanning supports typical formatted-disk recovery cases
- +Recovers many common file types from NTFS and FAT family volumes
- –Limited exposure of read-error handling controls for failing hardware
- –Recovery workflow lacks strong governance features for managed environments
- –Automation and API surface are minimal for scheduled or multi-drive jobs
- –Verification and integrity checking options are narrow versus forensic tools
Consumers and freelancers
Search files on reformatted drives
Files selectively restored
Photographers and content creators
Recover deleted camera card content
Card content copied safely
Show 2 more scenarios
Individual users
Restore accidentally deleted personal files
Selected files restored
Scans readable internal or external drives to recover photos, documents, and videos to a separate destination.
IT administrators
Recover data from a failing HDD
Fewer reads against source
Uses an image-based recovery path so recovery can proceed from a copy with reduced reads.
Best for: Fits when logical deletion or partition damage needs quick GUI file recovery.
UFS Explorer
professionalUFS Explorer recovers data from damaged disks, RAID systems, virtual disks, and unusual file systems.
Cross-platform support for uncommon Unix file systems alongside NTFS, APFS, and ext4.
UFS Explorer Standard Recovery combines file-system scans with a sector-level viewer, hexadecimal inspection, and support for virtual disks. Its coverage suits technicians handling drives from Windows, macOS, Linux, BSD, and Unix systems without changing applications. Disk imaging lets technicians preserve a readable copy before repeated scans of unstable media.
- +Reads Windows, macOS, Linux, BSD, and Unix-oriented file systems
- +Supports disk images for repeatable scans without the original drive
- +Provides hexadecimal inspection for manual file-system analysis
- –Complex RAID recovery requires a different UFS Explorer edition
- –Technical scan controls can slow first-time case handling
- –Deep scan results often require manual sorting and preview checks
Independent recovery technicians
Mixed operating-system drive cases
Fewer application changes
IT support teams
Failed external drive handoffs
Lower source-drive stress
Show 1 more scenario
Linux administrators
Unusual server volume extraction
Access to uncommon volumes
Broad Unix file-system coverage helps retrieve files from volumes unfamiliar to mainstream recovery applications.
Best for: Fits when technicians need cross-platform recovery from unstable drives and uncommon file systems.
DMDE
professionalDMDE restores files and partitions from damaged disks using low-level storage analysis.
Virtual RAID constructor lets operators assemble unusual arrays before filesystem scanning.
DMDE can copy sectors into image files, inspect volume structures, and recover selected files without relying on a single automated scan. Its virtual filesystem view helps operators browse reconstructed volumes before copying data to a separate destination. Support for Windows, Linux, and Apple file systems broadens its use across mixed storage environments.
- +Virtual RAID constructor accepts member order, offsets, stripe size, and parity settings.
- +Sector copier offers configurable retries, skips, and destination image files.
- +Hex editor exposes raw sectors and interpreted file-system structures.
- +Portable Windows build avoids installation on the affected system.
- –Dense scan results require technical judgment when multiple volume candidates appear.
- –Recovery workflows provide fewer guided explanations than mainstream consumer tools.
- –RAID reconstruction depends on accurate member order and layout parameters.
- –Cross-platform releases do not provide identical interface conventions.
Data recovery technicians
Rebuilding unusual RAID layouts
Readable virtual volume
Small IT departments
Recovering lost volume structures
Restored business files
Show 1 more scenario
Forensic examiners
Inspecting suspect media copies
Traceable sector analysis
The hex editor exposes sectors and filesystem structures for controlled manual examination.
Best for: Fits when technicians need manual control over damaged volumes, sector copies, and unusual RAID layouts.
ReclaiMe File Recovery
professionalReclaiMe File Recovery retrieves data from damaged disks, RAID arrays, and deleted partitions.
Recovery scan UI that focuses on browseable results and file-level previews rather than recovery tuning.
ReclaiMe File Recovery is aimed at recovering deleted or lost files from accessible storage and it does not consistently match the workflows used for failing hard drive recovery. The tool can run recovery scans, list recoverable items, and export results for manual review, which helps when data is still intact enough to be indexed.
- +Simple scan to recovered-file list workflow without complex steps
- +Item preview reduces wasted restores for plainly corrupted entries
- +Exports recovered file lists for faster manual triage
- +Works for common file-loss scenarios when the filesystem remains readable
- –Weak read-error handling limits recovery from heavily damaged sectors
- –Limited control over recovery strategy for damaged partition reconstruction
- –Less rigorous recovery verification than tools focused on integrity checking
- –Recovery quality drops sharply when fragmentation and metadata repair are required
Consumers and small teams
Recover missing files from memory cards
Readable items selectively restored
IT administrators
Recover files from RAID or NAS
Recoverable files exported
Show 2 more scenarios
Recovery technicians
Validate results before exporting
Irrelevant results excluded
Reviews reconstructed folders, file lists, and previews before committing selected data to another location.
Individuals and IT teams
Find files after formatting loss
Recoverable files exported
Searches formatted or quick-formatted drives for remaining filesystem data and recognizable file content.
Best for: Fits when file deletion caused data loss on readable drives and manual triage is acceptable.
Hetman Partition Recovery
SMBHetman Partition Recovery restores files from deleted, formatted, and damaged Windows partitions.
Partition reconstruction that rebuilds logical structures from the selected on-disk region during extraction.
Hetman Partition Recovery focuses on damaged partition recovery workflows rather than deep forensic imaging and advanced read-error recovery. It performs partition scanning, logical structure reconstruction, and file extraction from recognized file-system layouts.
- +Partition-focused scan and reconstruction workflow for damaged logical layouts
- +Includes disk imaging so analysis can run without repeated source reads
- +Supports mounting and browsing for faster triage of recovered filesystem trees
- +Wizard-style steps reduce the amount of manual parameter tuning
- –Weak automation and API surface limits integration into governed recovery pipelines
- –Read-error handling depth is limited when sector-level reads fail early
- –Reconstruction can misplace files when NTFS metadata is heavily fragmented
- –Verification options are thin for recovered-file integrity checking workflows
Virtualization administrators
Recover files from damaged virtual disks
Selected files extracted
Small business IT teams
Recover from damaged external drives
Folders recovered from media
Show 2 more scenarios
Recovery technicians
Recover data from NAS partitions
Files recovered from damaged partitions
Analyzes NAS-attached drives or images when layouts prevent normal mounting and readable data can be imaged.
Windows users
Recover files after partition deletion
Files recovered from missing partition
Searches for removed partitions and recovers files from identified structures.
Best for: Fits when a technician needs partition-level reconstruction and mounted browsing for recoverable filesystems.
Ontrack EasyRecovery
enterpriseOntrack EasyRecovery restores files from damaged, deleted, and reformatted storage devices.
Guided recovery sessions with structured progress and handoff reporting tailored to managed case work.
Ontrack EasyRecovery is marketed as a bad disk recovery workflow for teams that want an assisted recovery path rather than a local, analyst-driven imaging toolkit. It centers on guided diagnostics, guided media handling, and recovery session reporting geared toward structured case work.
- +Case-style workflow that keeps recovery steps and outcomes documented
- +Guided media diagnostics reduce ambiguity in repeat attempts
- +Structured reporting supports handoff between responders and stakeholders
- +Useful for teams that prefer process over manual recovery tuning
- –Limited analyst control compared with disk imaging and sector carving suites
- –Weak visibility into low-level read-error handling and bad-sector mapping choices
- –Automation and integration surface is thin for scripting and custom pipelines
- –Recovery verification and integrity checks feel less granular than expected
Photographers and media professionals
Recover photos from damaged cards
Recoverable media exported
IT recovery technicians
Rebuild files from corrupted volumes
Directories rebuilt where possible
Show 2 more scenarios
Forensic analysts
Recover data from encrypted drives
Accessible files recovered
Analyzes damaged encrypted volumes using available credentials, keys, or recovery material to recover accessible files.
Storage administrators
Reconstruct data from RAID failures
Files identified from RAID
Reconstructs recoverable content after one or more RAID members become unavailable and exports identified files.
Best for: Fits when incident-response teams need guided case workflows and repeatable documentation for damaged drives.
GetDataBack
professionalGetDataBack recovers files from failed Windows storage devices and damaged file systems.
Multi-pass reconstruction that outputs a browsable tree based on detected volume structure, even when partitions are missing.
GetDataBack from runtime.org performs bad-sector and lost-partition recovery by scanning a damaged disk image and reconstructing file data into a browsable output. The workflow focuses on file-system recovery for specific volume types and uses internal structure heuristics to rebuild directory trees after corruption.
- +Fast rescans against an existing image for repeatable recovery attempts
- +Rebuilds directory structure from corrupted metadata with clear browser output
- +Handles multiple volume types instead of single-format recovery only
- +Takes sector-level layouts into account during reconstruction attempts
- –Recovery quality drops sharply when file-system metadata is severely damaged
- –Limited automation and API surface for batch processing or orchestration
- –Workflow is largely interactive and does not fit headless pipelines well
- –Disk read-error handling is not a substitute for proper source-drive isolation
Incident responders
Analyze unstable media with images
Repeatable rescans performed
Removable-media support teams
Recover files from FAT or exFAT
Files restored from FAT volumes
Show 2 more scenarios
Windows recovery specialists
Reconstruct NTFS file data
Files recovered with names
Uses NTFS metadata and directory records to reconstruct files after deletion, corruption, or partition issues.
IT administrators
Recover lost partitions
Files accessed from missing partitions
Scans for missing volume candidates and rebuilds recoverable partition contents for access to stored files.
Best for: Fits when analysts need repeatable, interactive reconstruction from a forensic disk image for specific file-system recovery.
DiskGenius
SMBDiskGenius manages partitions and recovers files from deleted, formatted, and damaged disks.
Sector-level disk view with region targeting during recovery planning before launching extraction.
DiskGenius is a Windows-first disk recovery tool focused on partition repair and file browsing after disk imaging or direct access. It supports read-error handling during recovery workflows and includes sector-level viewing for validating what can be extracted from damaged media.
- +Imaging workflow supports working from a forensic disk image
- +Disk and partition level views help target specific regions of failure
- +Read-error handling options support continued extraction on unstable media
- +Raw-style recovery scanning helps when metadata cannot be trusted
- –Recovery guidance depends heavily on manual parameter selection
- –Automated verification of recovered-file integrity is limited
- –Advanced cases require deeper operator knowledge of disk structures
- –For complex RAID layouts, recovery workflow coverage is not comprehensive
Repair technicians
Recover partitions from memory cards
Partitions or files recovered
Incident response teams
Browse mounted disk images for files
Targeted file retrieval performed
Show 2 more scenarios
Windows support technicians
Repair boot-sector and MBR issues
Improved disk boot access
Inspects and repairs MBR entries and boot-sector structures when a system cannot start or mount volumes.
Storage technicians
Analyze degraded RAID members
Recoverable RAID view created
Scans and images inconsistent RAID members, assembles a virtual array, and extracts files from recovered volumes.
Best for: Fits when one analyst needs manual control over imaging and targeted partition repair on damaged drives.
Conclusion
After evaluating 10 bad disk recovery software, TestDisk 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 Bad Disk Recovery Software
How do DMDE and GetDataBack differ when recovering from a failing drive versus a forensic disk image?
When should TestDisk be used for partition and boot repairs instead of deep file carving?
Which UFS Explorer workflow fits cross-platform recovery needs when NTFS, APFS, and ext4 must be handled in one case?
How does Disk Drill handle bad-sector environments compared with a manual imaging approach like DiskGenius?
What breaks if ReclaiMe File Recovery is used for a high-read-error failing hard drive recovery workflow?
Which tool is better suited for analysts who need structured session reporting and case handoff for damaged media incidents?
How do DiskGenius and Hetman Partition Recovery differ when file-system metadata is partially incomplete?
What security and governance controls are covered better by Ontrack EasyRecovery than by local desktop tools like DiskGenius?
How should teams approach automation and recurring recovery jobs when comparing EaseUS Data Recovery Wizard with UFS Explorer?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
How to Choose the Right Bad Disk Recovery Software
We separate options by how reliably they recover data when a disk shows bad sectors, and how much control you get during the read process. Look for bad-sector tolerance and verification behavior so you don’t end up with corrupted files.
Bad-sector tolerance controls
Why it matters
Bad-sector tolerance controls decide whether the tool backs off and continues when reads fail, which directly affects both the amount you recover and the time it takes. For bad disk recovery software, this is often the difference between partial success and total stalls.
How to check
Start a recovery run with default settings, then repeat on a test disk with bad regions using the tool’s options for skipping, retry limits, or read strategy. Compare how many files complete and whether the run continues past the first failures.
Throughput throttling and pacing
Why it matters
Read speed and pacing affect whether the tool reduces stress on a failing device or hammers it too aggressively. With bad disk recovery software, pacing can change both success rate and how far the device degrades during the session.
How to check
Look for a setting that limits read speed or adjusts the pause between retries. In a demo, run a short scan and watch whether the activity rate changes when you alter that control.
Read-only style workflow options
Why it matters
Workflow options that avoid modifying the source help you keep the disk in a safer state while you test. For bad disk recovery software, they also make results more repeatable across attempts.
How to check
Ask what operations the tool performs on the source during scanning and recovery (and whether it can avoid writes). Then check the UI for an explicit mode that treats the disk as a source-only target.
Preview and file filtering depth
Why it matters
Preview and filtering depth determines whether you can stop early, choose usable data, and avoid wasting time on noise. For bad disk recovery software, this reduces the risk of exporting lots of unusable fragments.
How to check
Before full export, use the preview to browse recovered results and apply filters by file type or path. Confirm the tool shows which items are complete versus partial (or gives a similar quality indicator).
Recovered-file integrity checks
Why it matters
Integrity checks help you judge whether recovered outputs are usable, not just extracted. With bad disk recovery software, this matters because corrupted outputs often look plausible until you open them.
How to check
After recovery, enable any verification option and inspect whether the tool reports pass/fail or error counts per file set. Then open a sample of verified outputs and a rejected sample to see the difference.
Red flags
- No visible control over how it handles read failures
- Recovery runs complete but preview offers no quality or completeness signals
- Verification is missing or only describes the scan, not recovered files
Fit by situation
- If you’re working from a disk that keeps timing out, prioritize bad-sector tolerance controls.
- If you must minimize further wear during recovery attempts, prioritize throughput throttling and pacing.
- If you need to prove outputs are usable before exporting, prioritize recovered-file integrity checks.
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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