GITNUXSOFTWARE ADVICE
Storage Moving RelocationTop 10 Best Lost Partition Data Recovery Software of 2026
Top 10 lost partition data recovery software ranked for repairing partitions, with tradeoffs using DMDE, TestDisk, 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%
Gitnux may earn a commission through links on this page — this does not influence rankings. Editorial policy
Disk Drill is the best pick if you need quick lost-partition file recovery with preview-first extraction on Windows or macOS, whereas Hetman Partition Recovery fits technicians who want a guided, low-reconstruction workflow for deleted partitions and inaccessible disks.
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-recovery file browser built from partition reconstruction results and signature-based detection.
Built for fits when teams need fast file recovery from missing volumes and prefer preview-first extraction over exact partition-table repairs..
EaseUS Data Recovery Wizard
Editor pickPreview-before-restore tied to partition scans, enabling selective recovery from both recognizable file-system regions and RAW-carved data.
Built for fits when teams need fast lost-partition file recovery with preview and selective restore..
Hetman Partition Recovery
Editor pickSignature-driven partition identification that guides reconstruction steps before extracting selected files.
Built for fits when technicians need guided lost-partition recovery with previewed output and low manual reconstruction effort..
Related reading
Comparison Table
Disk Drill
SMBDisk Drill recovers lost partitions and scans deleted or inaccessible volumes on Windows and macOS.
Preview-before-recovery file browser built from partition reconstruction results and signature-based detection.
Disk Drill focuses on restoring access to files from lost partitions by detecting likely volume boundaries, then rebuilding enough structure to browse files and folders before extraction. The tool provides a preview-first flow that supports selective file recovery when full partition restoration is not feasible. It is well suited to scenarios where the partition table is intact enough for carving, but the operating system can no longer mount the volume.
A key tradeoff is that Disk Drill emphasizes file-level recovery over low-level partition-table reconstruction, so it may be less efficient than DMDE or TestDisk when an exact MBR repair or GPT reconstruction is required. Disk Drill fits best when an administrator needs fast recovery of documents, photos, or project files from a removed or unallocated partition without manual hex editor verification.
- +Preview-driven recovery limits changes to damaged disks
- +Recovers files from unallocated space using carving workflows
- +Partition boundary detection supports selective extraction
- +Guided scan results reduce reliance on manual reconstruction
- –Less granular than partition-table tools for exact MBR repair
- –Deep scan time increases sharply on large failing drives
- –Logical volume restoration can depend on accurate metadata recovery
- –No full hex-level verification workflow for boot structures
IT admins and helpdesk teams
Recover files after partition disappears
Restored access to key documents
Small business operators
Save media from unallocated storage
Media recovered without full repair
Show 2 more scenarios
Forensic-minded technicians
Triage drives before deeper tools
Reduced trial-and-error recovery time
Read-only preview helps identify whether files exist before running heavier partition reconstruction workflows.
Data recovery specialists
Recover partial results when metadata is damaged
Usable files extracted from fragments
Disk Drill generates a browsable file list when complete file-system repair is not practical.
Best for: Fits when teams need fast file recovery from missing volumes and prefer preview-first extraction over exact partition-table repairs.
More related reading
EaseUS Data Recovery Wizard
SMBEaseUS Data Recovery Wizard restores files from deleted, formatted, RAW, and lost partitions.
Preview-before-restore tied to partition scans, enabling selective recovery from both recognizable file-system regions and RAW-carved data.
EaseUS Data Recovery Wizard uses a wizard-driven sequence that starts with media selection, then runs a partition scan for missing or unreadable volumes, and then narrows results to specific files. The scan results include preview and filters by folder-like structures when recognizable file-system metadata is found, which reduces manual sorting when only partial areas were affected. File signature carving helps with RAW partition recovery when the partition exists as damaged allocation data.
A key tradeoff is that advanced partition-table reconstruction workflows remain less granular than specialist tools, so users needing custom partition boundary alignment may need multiple scan attempts or additional tools. EaseUS fits situations where a missing or corrupted partition still contains readable file remnants and quick preview filtering matters more than precise MBR repair control.
- +Wizard flow speeds setup for lost partition scans
- +Preview-before-restore supports selective file retrieval
- +File signature carving recovers content from RAW areas
- +Disk imaging workflow reduces risk to the source drive
- –Limited control over partition-table reconstruction compared to specialist tools
- –Deep carving can increase scan time on large disks
- –Mixed results when boot metadata and file structures conflict
- –Fewer low-level verification controls than tools aimed at forensics workflows
IT helpdesk staff
Corrupted partition after power loss
Reduced downtime for users
SMB admins
Deleted volume from disk management
Files restored without full reimage
Show 2 more scenarios
Digital forensics trainees
Recover evidence from RAW regions
Lower write risk on evidence media
Disk imaging plus preview helps isolate likely files before any copy-back to the system.
Operations engineers
Unreadable partition on large storage
Partial recovery under time pressure
Sector-level extraction style carving produces partial recoveries even when structures are inconsistent.
Best for: Fits when teams need fast lost-partition file recovery with preview and selective restore.
Hetman Partition Recovery
vertical specialistHetman Partition Recovery is built for restoring deleted partitions and recovering files from inaccessible disks.
Signature-driven partition identification that guides reconstruction steps before extracting selected files.
Hetman Partition Recovery typically fits cases where the partition table is missing or incorrect and the volume still contains recoverable file-system structures. The workflow begins with scanning to identify candidate partitions, then proceeds to recovery of file-system elements and selective file output. This approach reduces the need to manually validate offsets in a hex editor for many common failures.
A practical tradeoff is that deeper reconstruction and extensive carving can take longer than faster utilities when scanning large disks for faint signatures. It is best used after a disk image is created, especially when the drive may have bad sectors, so reads can be controlled and reattempts do not worsen media damage.
- +Guided partition detection workflow reduces manual offset tuning
- +File-system signature scanning helps recover structure, not only fragments
- +Preview-style selection supports targeted extraction before full restore
- +RAW partition recovery supports severe metadata damage scenarios
- –Deep scanning and carving can increase run time on large disks
- –Advanced reconstruction depends on readable remnants of metadata
- –Output organization can require cleanup for heavily fragmented volumes
- –Write attempts require careful handling of media risk
Help-desk technicians
Missing partition after accidental delete
Selected files restored quickly
Forensic-minded admins
Drive shows inconsistent boot metadata
Reduced time on manual checks
Show 2 more scenarios
SMB IT staff
RAW partition recovery from damaged metadata
Usable files recovered
Data is extracted despite broken volume structures using raw recovery passes.
Imaging and recovery engineers
Post-imaging workflow for large disks
Repeatable recovery workflow
Scanning can be repeated against images to control risk and re-run targeted recovery.
Best for: Fits when technicians need guided lost-partition recovery with previewed output and low manual reconstruction effort.
MiniTool Power Data Recovery
SMBMiniTool Power Data Recovery restores files from lost partitions, deleted partitions, and damaged volumes.
Preview-before-restore selective file recovery built around guided lost-partition scanning.
MiniTool Power Data Recovery focuses on recovering lost partitions through a guided scan and targeted file recovery workflow. The software supports partition recovery by using recognizable file system structures and previewing results before restoration.
It also provides RAW partition recovery-style handling for cases where the partition is missing or unreadable as a logical volume. The overall recovery flow is oriented around deleting volume detection and selective file recovery rather than manual partition table reconstruction.
- +Preview-driven selective recovery reduces unnecessary writes
- +Guided partition recovery flow fits common lost-volume scenarios
- +File system aware scans help when metadata is partly intact
- +RAW-style recovery supports inaccessible partition states
- –Limited control for manual partition table reconstruction workflows
- –Deep carving outcomes can require follow-up validation
- –Recovery tuning is less granular than DMDE-style expert tooling
- –Carved results may include noise without strong file signatures
Best for: Fits when lost partition data needs fast preview-first recovery without manual hex-level reconstruction.
DMDE
technical specialistDMDE provides partition search, partition table repair support, disk editing, and file recovery tools.
Preview-before-restore with offset and structure validation during scanning, not just after copying extracted files.
DMDE reads raw disk sectors and reconstructs lost partitions by scanning for filesystem structures and partition table candidates. It supports targeted analysis with sector-level preview before file extraction, which helps avoid copying corrupted metadata.
DMDE can recover files from damaged or unallocated regions using signature-guided carving and structure parsing. It is suited to iterative workflows where operators verify offsets, boot sectors, and filesystem validity prior to restore.
- +Preview-driven workflow reduces accidental restores from wrong offsets
- +Sector-level scanning supports partition and filesystem recovery on damaged media
- +File recovery works when directories metadata is partially missing
- +Imaging-friendly approach fits read-only verification before extraction
- –Complex volume selection can slow down repeated partition table repair attempts
- –Automation and API surface are limited compared with tools built for batch repair
- –Deep carving results need operator review to filter false positives
- –No native RBAC or audit log controls for multi-operator environments
Best for: Fits when hands-on operators need guided scanning and verification for lost partitions.
Recoverit
SMBData recovery software with lost partition recovery support.
Preview-before-restore coupled with deep scan carving to validate extractable files on damaged or unmounted volumes.
Recoverit targets lost-partition recovery with an end-to-end workflow that starts from a drive or partition scan and then moves into file-level extraction. It uses partition structure heuristics to locate volumes, then follows up with filesystem signature scanning and deep scan carving for recoverable content when the volume state is RAW.
The interface supports preview-before-restore so recovered files can be validated before writing anything back to the source disk. Recoverit is usually strongest when the goal is logical drive restoration at the file level rather than fully rebuilding boot-critical metadata.
- +Preview-before-restore helps confirm file validity before extraction
- +File-level recovery workflow fits common lost partition incidents
- +Deep scan carving improves results when filesystem metadata is missing
- +Readable scanning and recovery stages are separated in the UI
- –Weak for partition table reconstruction versus DMDE or TestDisk
- –Limited control over boot sector repair and GPT header recovery
- –Carving can increase noise when only small regions were damaged
- –No equivalent automation or API surface for large batch recovery
Best for: Fits when file salvage after a lost or RAW volume matters more than repairing MBR or GPT headers.
Active@ Partition Recovery
specialistTool focused on restoring deleted and damaged disk partitions.
Preview-driven selective recovery after partition reconstruction and file system signature scanning reduces unnecessary copy-out work.
Active@ Partition Recovery focuses on recovering lost partitions by rebuilding partition table evidence and then extracting files from detected structures. The workflow supports scanning for deleted volumes and file system signatures, followed by preview and selective recovery so only chosen data is copied out.
It is designed for use on damaged disks where logical layout and boot metadata may be inconsistent, and it can operate through a guided recovery sequence. The product also pairs disk imaging style workflows with sector-level extraction patterns so recovery can proceed without modifying the source media.
- +Guided scan then preview flow supports selective file recovery
- +Deleted volume detection helps when partition unallocation leaves stale structures
- +Works with damaged partition tables during reconstruction-led recovery
- +Sector-level extraction approach fits disk imaging style workflows
- –Recovery depends heavily on how clearly file system signatures remain
- –Automation and API surface for enterprise orchestration is limited
- –Large deep scans can be slow on high-capacity drives
- –Fidelity of repaired partition layout may vary across mixed-OS setups
Best for: Fits when a recovery lab needs a guided scan, preview, and selective restore path for lost or unallocated partitions.
GetDataBack
specialistData recovery software for NTFS and FAT partitions with deep scan capabilities.
File-system aware recovery that reconstructs directory and metadata structures rather than relying primarily on byte-level carving.
GetDataBack focuses on lost partition data recovery by reconstructing file system structures with a scan engine tuned for recovering directories, metadata, and allocation history. It supports both NTFS and FAT style recovery flows, with staged results that help validate recovered contents before selecting output.
Compared with generic carving utilities, its workflow emphasizes partition offset alignment and file system parsing to reduce false positives on damaged volumes. For users repairing MBR-level boot issues, GetDataBack is typically a later step after partition table reconstruction and sector-level extraction when needed.
- +Rebuilds NTFS and FAT metadata into a directory view for targeted recovery
- +Partition-focused parsing reduces noise versus pure file signature carving
- +Recovers deleted partition contents when allocation data still maps cleanly
- +Preview-first workflow supports selective file recovery without immediate overwrite
- –Automation and API surface are not available for scripted recovery pipelines
- –Accuracy depends on correct partition offset alignment and readable boot sectors
- –Deep scan throughput slows significantly on large, fragmented volumes
- –Limited built-in tools for boot sector repair compared with dedicated utilities
Best for: Fits when NTFS or FAT metadata is partially intact and structured, previewable recovery is the priority.
ReclaiMe
specialistData recovery software for lost partitions and RAID arrays.
Metadata-first recovery flow that merges partition detection with guided selective export instead of full carving-only results
ReclaiMe focuses on lost partition recovery by scanning for partition structures and file system metadata after media becomes unreadable by the OS. Its workflow emphasizes partition table reconstruction and selective file recovery via signature and metadata-driven detection.
ReclaiMe can target scenarios where volumes appear missing but underlying structures still exist, including cases that require boot sector repair and rebuilding key file system structures. The result is a recovery process that can preview discovered items before exporting recovered files.
- +Partition table reconstruction guided by detection of likely offsets and metadata
- +File system signature scanning for identifying files when volume labels are missing
- +Selective recovery output that limits exposure compared with full disk restoration
- +Preview-first workflow supports hex editor style verification before export
- –Carving depth depends heavily on readable file system signatures
- –Less effective when GPT header recovery requires manual parameter tuning
- –Recovery success drops when partition unallocation is followed by overwrites
- –Workflow is slower on large disks due to repeated sector scans
Best for: Fits when a workstation team needs preview-driven lost partition recovery on mixed Windows file systems.
Hasleo Data Recovery
SMBSoftware for recovering data from lost or deleted partitions.
A partition-oriented scan workflow that includes deleted volume detection to surface missing NTFS volumes quickly.
Hasleo Data Recovery targets lost partition data recovery workflows with a scan-first process that focuses on partition structure clues and file recovery from damaged media. It supports RAW partition recovery and deleted volume detection, which helps when Windows volumes disappear or only remnants of metadata remain.
The tool also provides sector-level extraction style recovery paths so content can be salvaged when partition tables are inconsistent. Recovery outputs are file-centric, so it supports selective file recovery rather than forcing a full volume restore.
- +RAW partition recovery path helps recover data when a volume is missing
- +Deleted volume detection targets partitions that show as unallocated after changes
- +Selective file recovery reduces the blast radius versus full-disk restores
- +Read-only scan behavior reduces risk during partition reconstruction attempts
- –Partition offset alignment accuracy can require manual verification for best results
- –Deep scan carving can be slow on large drives with high fragmentation
- –Limited automation and scripting for repeating jobs across multiple disks
- –Fewer recovery verification options than command-line partition tools
Best for: Fits when a single workstation loses a partition and targeted file recovery matters over total rebuild automation.
Conclusion
After evaluating 10 storage moving relocation, 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.
How to Choose the Right lost partition data recovery software
Lost partition data recovery software is built to reconstruct or infer missing partition structures and then extract files safely from the resulting views. This buyer's guide covers Disk Drill, EaseUS Data Recovery Wizard, Hetman Partition Recovery, and MiniTool Power Data Recovery, plus DMDE, Recoverit, Active@ Partition Recovery, GetDataBack, ReclaiMe, and Hasleo Data Recovery.
Tool choices hinge on whether recovery emphasizes preview-before-restore file selection, guided signature-driven reconstruction, or deeper partition-focused parsing for structured metadata recovery. The sections that follow compare these tools on how they handle missing volumes, offset alignment sensitivity, and scan depth tradeoffs on damaged or fragmented disks.
Lost partition data recovery software for partition-table reconstruction and selective extraction
Lost partition data recovery software rebuilds a usable interpretation of disk regions that no longer map to a valid partition table, then exposes files for selective recovery. Recovery workflows often combine partition reconstruction passes with file-system signature scanning, then use preview-before-restore views to confirm file validity before any extraction.
Disk Drill and EaseUS Data Recovery Wizard lead with preview-first recovery tied to partition scans, which reduces changes to the source and supports selective restore from reconstructed results or RAW-carved areas. DMDE uses preview-before-restore scanning with offset and structure validation during the scan itself, which fits hands-on operators who need tighter verification when repair attempts involve uncertain partition offsets.
What to compare for lost-partition recovery outcomes
Lost partition data recovery tools do more than list files. They reconstruct or infer missing partition structure, then expose a preview that decides what gets extracted.
This buyer’s guide prioritizes recovery behavior that reduces wrong-offset risk and minimizes destructive interactions with damaged media. It compares preview and validation timing, reconstruction control depth, and the balance between structured parsing and deep carving.
Preview-before-restore tied to partition scans
Disk Drill and EaseUS Data Recovery Wizard both use preview-first flows that connect partition scan results to selective restore. MiniTool Power Data Recovery and Active@ Partition Recovery also drive recovery through previewed selections after guided lost-partition scanning.
Reconstruction control and offset verification during scanning
DMDE performs preview-before-restore with offset and structure validation during the scan rather than relying only on post-extraction verification. This fits operators who need to compare likely partition interpretations before committing to any selection.
Signature-driven partition identification to guide reconstruction
Hetman Partition Recovery uses signature-driven partition identification that guides reconstruction steps before extracting selected files. ReclaiMe also merges partition detection with a guided selective export workflow rather than running carving-only extraction.
File-system aware metadata rebuilding versus byte-level carving
GetDataBack reconstructs NTFS and FAT metadata into a directory view, which reduces noise compared with pure byte signature carving. Disk Drill and EaseUS can still recover unallocated space using carving workflows, but they favor preview-first extraction from reconstructed results.
Deleted volume detection for partitions that show as unallocated
Active@ Partition Recovery uses deleted volume detection to surface structures left behind when partition unallocation occurs. Hasleo Data Recovery also highlights a deleted volume detection path to recover missing NTFS volumes shown as unallocated after changes.
Choose the recovery workflow that matches the failure mode
Lost-partition cases split into distinct workflows. Some failures require faster preview and selective extraction from inferred regions. Others require hands-on scanning with tighter validation as partition offsets remain uncertain.
The steps below branch by recovery philosophy and then by how the tool handles partition reconstruction versus file carving. The goal is to match each tool’s strengths to the most likely partition-table damage pattern.
Pick preview-first file salvage when time and selection speed matter
Choose Disk Drill, EaseUS Data Recovery Wizard, or MiniTool Power Data Recovery when the priority is preview-before-restore tied to partition scans. These tools support selective file retrieval without requiring manual partition table repair as the primary workflow.
Pick guided signatures when partition offsets are unclear but manual tuning should stay minimal
Choose Hetman Partition Recovery or Active@ Partition Recovery when guided partition detection reduces manual offset tuning needs. These tools focus on signature-driven identification and then preview-driven selective recovery.
Pick scan-time offset and structure validation when repeated repair attempts risk selecting wrong regions
Choose DMDE when the workflow needs preview-before-restore with offset and structure validation during scanning. This fits hands-on operators who must verify interpretations before extracting from reconstructed views.
Pick metadata-aware directory reconstruction when NTFS or FAT structures are partially intact
Choose GetDataBack when NTFS or FAT metadata can be rebuilt into a directory view. This approach shifts recovery from deep carving noise toward structured parsing.
Pick partition-first RAW recovery when the partition is missing and files still exist on disk
Choose Hasleo Data Recovery when a RAW partition recovery path plus deleted volume detection is the main requirement. Choose Recoverit when file salvage after a lost or RAW volume is more important than partition table reconstruction.
Who benefits from specific lost-partition recovery behaviors
Different environments stress different failure points. Desktop incidents often reward fast preview and selective extraction. Recovery labs and technicians tend to need tighter reconstruction verification and more control during scanning.
The segments below map real selection pressures to the tools whose mechanics match them.
IT technicians handling repeated lost-volume incidents on workstations
EaseUS Data Recovery Wizard and MiniTool Power Data Recovery fit incident response because preview-before-restore supports selective file retrieval after guided lost-partition scanning.
Recovery lab operators tuning partition interpretations across uncertain offsets
DMDE fits lab workflows because it validates offsets and structure during scanning with preview-before-restore, which reduces wrong-offset extraction risk.
Operators recovering files from unallocated space where signature carving is expected
Disk Drill and Recoverit focus on preview-first extraction tied to partition scan results and deep scan carving validation to surface recoverable files.
Teams targeting NTFS or FAT metadata restoration into directory structures
GetDataBack fits because it rebuilds NTFS and FAT metadata into a directory view rather than relying primarily on byte-level carving.
Workstation teams that need deleted volume detection to find missing NTFS volumes
Active@ Partition Recovery and Hasleo Data Recovery surface deleted volume detection paths that target partitions left behind as unallocated.
Common mistakes that reduce recovery success for lost partitions
Lost partition recovery often fails due to selection errors and scan-time tradeoffs. The highest-impact mistake is extracting from the wrong reconstructed region when partition offsets are uncertain.
Another common failure mode is relying on deep scan carving without follow-up validation. That can increase run time sharply on damaged or fragmented drives and can produce misleading matches.
Skipping preview and restoring from a guessed partition interpretation
Use tools with preview-before-restore tied to partition scans such as Disk Drill or EaseUS Data Recovery Wizard, or use DMDE when scan-time offset and structure validation is needed before extraction.
Overusing deep scanning and carving on large failing disks without staged validation
Disk Drill warns that deep scan time increases sharply on large failing drives, and Recoverit notes limited control for boot-sector and GPT recovery, so staged preview checks reduce wasted runs.
Treating metadata-aware recovery as interchangeable with pure carving
GetDataBack rebuilds NTFS and FAT metadata into a directory view, so use it when structure is partially intact rather than defaulting to carving-heavy expectations from other tools.
Assuming deleted volume detection works the same way across tools
Hasleo Data Recovery emphasizes deleted volume detection for missing NTFS volumes that appear unallocated, while Active@ Partition Recovery pairs deleted volume detection with a guided scan then preview flow for selective restore.
How We Selected and Ranked These Tools
We evaluated lost partition recovery tools using recovery workflow behavior first, then scan-time tradeoffs and extraction control. Features received the largest weight, with preview-before-restore tied to partition scans in Disk Drill, EaseUS Data Recovery Wizard, MiniTool Power Data Recovery, and Active@ Partition Recovery counted as a measurable differentiator.
Ease and value were next because practical recovery depends on whether guided scanning reduces manual reconstruction effort across common lost-volume scenarios. Disk Drill earned the top rank because it combines a preview-before-recovery file browser built from partition reconstruction results with signature-based detection, and it supports carving workflows for unallocated space while keeping wrong-selection risk lower during preview.
Frequently Asked Questions About lost partition data recovery software
How do DMDE and TestDisk-style workflows differ for partition table reconstruction?
Which tool is better for preview-before-restore file recovery when the partition appears missing?
When should GetDataBack be chosen over DMDE for recovering NTFS or FAT metadata?
What breaks if a workflow relies only on deep scan carving after partition unallocation?
How do Disk Drill and ReclaiMe handle export and selective recovery decisions?
Which tool best fits a disk imaging-first workflow for damaged or inconsistent logical layouts?
What is the tradeoff between preview-before-restore and faster extraction workflows in tools like EaseUS and MiniTool?
Which tool supports RAW partition recovery and deleted volume detection for Windows volumes that disappear?
How do operators verify that recovered files align to correct partition offsets in DMDE and GetDataBack?
What integration and automation gaps exist when recovery software is used inside a governed IT workflow?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
Keep exploring
Comparing two specific tools?
Software Alternatives
See head-to-head software comparisons with feature breakdowns, pricing, and our recommendation for each use case.
Explore software alternatives→In this category
Storage Moving Relocation alternatives
See side-by-side comparisons of storage moving relocation tools and pick the right one for your stack.
Compare storage moving relocation tools→