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Technology Digital MediaTop 10 Best Deleted Partition Recovery Software of 2026
Ranking roundup of deleted partition recovery software tools with criteria and tradeoffs for data recovery, plus one tool like TestDisk.
How we ranked these tools
An editor sets the topic, the inclusion criteria, and the evaluation framework before research starts.
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Framework: Features 40% · Ease 30% · Value 30%
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AOMEI Partition Assistant is the best pick when your deleted partition metadata still looks intact and you want a partition-first restore with guided steps, whereas TestDisk fits if repair-led recovery is the goal and the disk layout needs careful verification; if you want a cheaper entry, MiniTool Partition Wizard can work for guided deleted volume recovery.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
AOMEI Partition Assistant
Partition boot sector restoration is integrated into the recovery workflow, not treated as a separate tool.
Best for: Fits when partition metadata likely still exists and a partition-first restore is needed.
EaseUS Partition Master
Editor pickPreview-guided partition restore ties detection to mounted browse results before committing changes.
Best for: Fits when partition metadata remains readable and teams want guided preview-based restore steps.
TestDisk
Editor pickBoot-structure restoration tightly integrated into its partition repair flow rather than treated as a separate tool.
Best for: Fits when missing partitions still retain usable boot and layout metadata for repair-led recovery.
Comparison Table
AOMEI Partition Assistant
SMBDisk management suite offering partition recovery to restore accidentally deleted or lost partitions.
Partition boot sector restoration is integrated into the recovery workflow, not treated as a separate tool.
For deleted partition recovery, AOMEI Partition Assistant centers on enumerating lost volume candidates and then recreating partition metadata so the file system can be mounted again. The tool includes deep scan mode for more thorough signature matching, and quick scan mode for faster initial checks. Partition boot sector restoration and file system rebuild tasks help when the partition table entry is gone but on-disk structures still exist.
A key tradeoff is that partition reconstruction relies on the disk still being readable enough to rebuild offsets and metadata, which can be slower than file carving on heavily damaged media. A common usage situation is a mistaken delete on an NTFS or exFAT volume where Windows can no longer mount the drive, but the underlying file system signatures remain intact.
- +Deep scan mode improves detection when partition entries are missing
- +Partition boot sector restoration helps when volume metadata partially survives
- +Disk cloning and sector-level imaging support safer recovery workflows
- +Supports multiple file system types for partition-first reconstruction
- –Reconstruction can slow down on large drives during deep scan
- –Bad-sector heavy disks may require imaging before scanning
Freelance IT technicians
Recover deleted NTFS partition after reformat
Restored files without full wipe
Small business admins
Recover freed space after mistaken delete
Services resume with recovered data
Show 1 more scenario
Forensic-minded operators
Perform read-fail recovery via imaging
Lower risk during repeated scans
Creates sector-level images so scans run against a stable copy instead of the failing disk.
Best for: Fits when partition metadata likely still exists and a partition-first restore is needed.
EaseUS Partition Master
SMBDisk management utility with a dedicated partition recovery module for restoring deleted or lost partitions.
Preview-guided partition restore ties detection to mounted browse results before committing changes.
EaseUS Partition Master is a fit for admins and IT support teams handling a drive that now shows unallocated space after a delete or repartition event. The workflow typically starts with volume detection and offers a preview step before committing recovery actions. The tool also supports disk cloning and partition management operations that help validate whether the repaired layout actually mounts correctly. For deleted partition recovery, it prioritizes reconstructing the partition view so file browsing can work again.
A key tradeoff is that automated recovery depends on the presence of recognizable partition metadata and consistent offsets, which reduces success rates on heavily overwritten or severely damaged media. It is best used when deletion happened recently and the disk still retains readable file system structures. A common usage situation is a workstation drive that boots to the wrong partition state after a user action, where the restored partition lets Windows or another OS regain normal access.
- +Preview-first restore flow reduces risk before applying changes
- +Guided partition detection helps recover after accidental deletion
- +Disk cloning supports validation after layout repair
- +Works well when file systems still have intact metadata
- –Lower success rates when partition offsets are lost or overwritten
- –Advanced forensic controls are limited for sector-level analysis
IT support technicians
Recover deleted partition on user workstation
Restored drive access
MSP data recovery staff
Validate layout repair after cloning
Faster case validation
Show 1 more scenario
Small business admins
Fix unallocated space after repartition
Recreated partition mapping
Detects surviving volumes and guides a restore workflow focused on usable access.
Best for: Fits when partition metadata remains readable and teams want guided preview-based restore steps.
TestDisk
specialistOpen-source utility for recovering lost partitions and making non-booting disks bootable again.
Boot-structure restoration tightly integrated into its partition repair flow rather than treated as a separate tool.
TestDisk focuses on partition-level repair tasks, including MBR repair and boot sector restoration, before attempting to recover volumes and access files. Its menu-driven flow guides users through detecting missing partition layouts, then applying targeted repairs like writing reconstructed boot records and updating partition entries. Disk imaging support supports read-only forensic acquisition patterns for safer retries. File system signature scanning and subsequent mounting steps are part of the broader workflow.
The main tradeoff is that recovery success depends on the underlying volume being structurally intact enough for metadata repair, so heavily overwritten regions often yield limited results. TestDisk is a strong choice when a partition entry was deleted but the disk still contains recognizable boot sectors or partition-table echoes. A weaker fit appears when the goal is fully automated recovery at scale without manual inspection of geometry and results.
- +Interactive partition table reconstruction with guided prompts
- +Includes boot sector restoration steps for recoverable volumes
- +Supports disk cloning workflows for safer iterative recovery
- +Works across many filesystem layouts using repair-first sequencing
- –Requires manual interpretation of detected partition candidates
- –Limited automation for unattended, large-batch recovery
- –Recovery declines sharply when metadata regions are overwritten
- –Text-mode workflow slows users who expect a wizard interface
IT admins and incident responders
Recover deleted partitions after boot failure
Files become accessible again
Forensic analysts
Preserve evidence before repair attempts
Lower risk of data corruption
Show 1 more scenario
SMB technicians
Fix accidental delete on small drives
System storage returns to normal
Detects missing partition geometry and applies targeted repairs for common boot layouts.
Best for: Fits when missing partitions still retain usable boot and layout metadata for repair-led recovery.
MiniTool Partition Wizard
SMBDisk partition software featuring a partition recovery function to scan for and restore deleted volumes.
Disk imaging plus guided partition repair lets recovery teams work on a clone while attempting partition boot sector restoration.
MiniTool Partition Wizard targets deleted partition recovery by mapping file systems to recovered free space and by guiding partition table reconstruction workflows. It includes utilities for partition boot sector restoration, GPT header recovery options, and raw recovery oriented scans that produce mountable views for file extraction.
- +Sector-level imaging and disk cloning reduce repeated reads on originals
- +Boot sector restoration tools support multiple partition table states
- +Deep scan mode helps when quick mode returns empty or partial results
- +Extraction workflow can mount discovered volumes for direct file recovery
- –Recovery accuracy drops on severely damaged media with heavy bad sectors
- –Advanced offset alignment and signature-collision handling need careful manual checks
- –File carving coverage can be slower than expected on large disks
- –LVM and RAID assembly support is not as consistently comprehensive as dedicated forensic tools
Best for: Fits when administrators need guided deleted volume recovery with imaging and boot-sector repair for faster file extraction.
Stellar Data Recovery
enterpriseData recovery software suite with a specialized module for recovering deleted partitions.
Disk cloning support enables read-only style workflows that separate recovery acquisition from the original drive.
Stellar Data Recovery targets deleted partition recovery by locating lost volumes and rebuilding the partition structure enough to let file-level recovery run. It supports multiple file systems for deep recovery workflows, including NTFS and exFAT, plus common Linux and Apple formats.
- +Deleted partition enumeration that presents recoverable volumes and contents
- +Sector-level scanning supports deep recovery when file system metadata is incomplete
- +Disk cloning options help keep recovery reads isolated from the source drive
- +File preview and selective recovery reduce the need to recover entire volumes
- –Deep scans can take longer than quick scans on large disks
- –Recovery results depend on intact partition offsets and may degrade after heavy overwrites
- –Some advanced forensic workflows require more manual validation of recovered files
- –RAID and LVM reconstruction coverage is narrower than tools built for array assembly
Best for: Fits when deleted partition recovery requires structured volume enumeration plus selective file retrieval.
DMDE
specialistDisk editor and data recovery software focused on finding and restoring lost partitions using disk structure analysis.
Sector-level hex viewer tied to DMDE recovery listings, enabling verification of boot sector and metadata before export.
DMDE focuses on deleted partition recovery workflows that start from raw disk sectors rather than only logical browsing in an operating system. The tool supports file system signature scanning and partition table reconstruction, then lets recovery proceed through manual selection using a hex viewer and detailed sector-level views.
- +Hex viewer and sector-level inspection for verifying recovered structures
- +File system signature scanning supports cases where partitions fail to mount
- +Disk cloning and read-first workflows reduce risk during recovery
- +Deep scan mode helps find lost volumes after incomplete quick passes
- –Workflow complexity increases when multiple candidates appear in scans
- –Some advanced scenarios depend on careful operator decisions
- –Large disks can make deep scanning time-consuming without targeting
- –Recovery validation often requires manual comparison across partitions
Best for: Fits when lost partitions require manual partition table reconstruction and sector-level verification under time pressure.
Runtime Partition Recovery
specialistSoftware utility for restoring deleted or corrupted partitions and recovering data from inaccessible volumes.
Volume preview after partition reconstruction helps verify recovered regions before running file extraction.
Runtime Partition Recovery focuses on recovering deleted or missing volumes by reconstructing partition metadata and then guiding file-system level recovery in a controlled scan workflow. It includes sector-level imaging options and supports multiple common file systems, which helps recover data when partitions are gone but structures remain partially readable.
- +Workflow links partition reconstruction to volume preview before committing recovery
- +Sector-level imaging support supports safer re-scans and evidence handling
- +File-system recovery works across several mainstream Windows and Linux formats
- +Provides targeted recovery to selected volumes instead of whole-disk extraction
- –Partition offset alignment guidance is limited when metadata is heavily corrupted
- –Deep scan performance can lag on large disks with sparse deleted structures
- –Automation and API hooks are not available for unattended recovery workflows
- –LVM and RAID assembly workflows are not consistently covered
Best for: Fits when deleted volumes must be recovered with guided preview and imaging-based re-scans.
Active@ UNDELETE
SMBWindows undelete software that also includes deleted partition recovery capabilities.
Inline sector inspection with binary-level verification during undelete candidate selection.
Active@ UNDELETE from lsoft.net focuses on deleted file recovery by scanning existing file system metadata and reconstructing directory entries rather than rebuilding an entire disk layout. It includes sector-level viewing and a hex viewer-style workflow to verify candidate file regions before extraction.
- +Wizard-driven undelete flow with preview of candidate files
- +Sector-level inspection helps confirm what was actually deleted
- +Supports recovery when partition metadata is partially damaged
- +Offers raw-style extraction behavior when standard listing fails
- –Deletion recovery quality drops when file system structures are heavily overwritten
- –Advanced scanning options take time to tune for large volumes
- –Limited automation surface for remote governance and scripted runs
- –No built-in RAID assembly workflow for array-level reconstruction
Best for: Fits when deleted files on a known Windows volume must be enumerated, previewed, and selectively extracted after accidental removal.
Ontrack EasyRecovery
enterpriseCommercial recovery suite that includes support for lost partitions and damaged volumes.
Read-only forensic disk imaging workflow designed to preserve evidence before any recovery writes occur.
Ontrack EasyRecovery performs deleted partition recovery with file-system reconstruction workflows that aim to rebuild usable directory structures from damaged or missing volumes. It emphasizes guided steps for selecting affected disks, scanning for lost volumes, and previewing recoverable files before writing output to a target drive.
- +Guided lost-volume workflow supports preview before committing recovery output
- +Offers scan depth choices that help trade speed against recovery completeness
- +Supports recovery from multiple file-system types including NTFS and exFAT
- +Provides sector-level imaging outputs to enable read-only forensic handling
- –Automation and API surface are limited compared with tools built for scripting
- –Recoveries can require manual intervention when partition boundaries are severely altered
- –Deep scanning increases time and storage needs for imaging and results
- –Advanced tuning options are harder to apply consistently across repeated runs
Best for: Fits when recovery cases need technician-guided lost-volume scanning and preview before writing results to a safe target.
iBoysoft Data Recovery
SMBData recovery software for deleted partitions, RAW drives, and formatted disks on desktop systems.
Sector-level imaging built into the workflow so recovery can run against a stable clone copy.
iBoysoft Data Recovery targets deleted partition recovery with a workflow built around detecting lost volumes and then drilling into filesystem metadata for file-level results. It combines targeted scanning modes with sector-level imaging so recovered files can be extracted from a stable copy of the damaged drive.
- +Lost volume detection helps find unallocated space after partition deletion
- +Sector-level imaging enables safer recovery when the disk shows instability
- +Deep scan mode improves odds when partition metadata is damaged
- +Filesystem support covers common PC formats including NTFS and exFAT
- –GPT header recovery and MBR repair workflow is limited for complex edge cases
- –Recovery results depend heavily on correct drive selection and scan scope
- –No meaningful automation controls for large environments beyond manual runs
- –Partition offset alignment adjustments are not granular enough for forensic workflows
Best for: Fits when data loss is partition deletion on common file systems and a local workstation needs guided recovery.
Conclusion
After evaluating 10 deleted partition recovery software, AOMEI Partition Assistant stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
How to Choose the Right Deleted Partition Recovery Software
Deleted partition recovery software rebuilds missing or damaged partition layout and then recovers files from the resulting volumes, including unallocated regions produced by accidental deletion. This guide covers AOMEI Partition Assistant, EaseUS Partition Master, TestDisk, MiniTool Partition Wizard, and eight additional tools for lost-volume cases.
The most practical difference across these tools shows up in partition table reconstruction workflows, how each tool handles partition boot sector restoration, and whether it pairs recovery with disk cloning or sector-level scanning for safer writes. The sections that follow map those mechanisms across TestDisk, AOMEI Partition Assistant, EaseUS Partition Master, MiniTool Partition Wizard, Stellar Data Recovery, DMDE, Runtime Partition Recovery, Active@ UNDELETE, Ontrack EasyRecovery, and iBoysoft Data Recovery.
Deleted Partition Recovery Software for Reconstructing Partition Tables and Restoring Recoverable Volumes
Deleted partition recovery software targets scenarios where a partition entry is removed from the partition table, leaving lost volume detection results that must be validated before file extraction. These tools typically combine partition table reconstruction steps with file system signature scanning so recovered regions can be enumerated even when metadata is incomplete.
AOMEI Partition Assistant integrates partition boot sector restoration into the recovery workflow, so restored partition metadata and boot structure are handled in one flow rather than separate utilities. EaseUS Partition Master uses a preview-guided partition restore flow that ties partition detection to mounted browse results before committing changes, which changes the operator control model compared with repair-first workflows like TestDisk.
Recovery controls that matter for deleted partition repair
Deleted partition recovery software succeeds when it rebuilds partition layout candidates and then validates those candidates before file extraction begins. The tools below differ most in how they link reconstruction, preview, and sector-level verification for lost volume detection and unallocated space recovery.
Partition boot sector restoration integrated into the repair flow
AOMEI Partition Assistant restores the partition boot sector as part of the recovery workflow, so restored structures stay connected to the recovery steps. TestDisk also integrates boot-structure restoration into partition repair prompts, which reduces handoff mistakes during partition table reconstruction.
Preview-first restore that ties candidates to browse results
EaseUS Partition Master uses a preview-guided partition restore flow that ties detected candidates to mounted browse results before changes are applied. Runtime Partition Recovery links partition reconstruction to a volume preview step so operators can verify recovered regions before running extraction.
Sector-level verification and hex inspection for recovered structures
DMDE provides a sector-level hex viewer that stays tied to DMDE recovery listings, which supports manual verification of boot sector and metadata before export. MiniTool Partition Wizard pairs guided partition repair with disk imaging so recovery can be run against a clone while attempting boot sector restoration.
Disk cloning and read-only style acquisition to protect unstable media
Stellar Data Recovery includes disk cloning support to separate recovery acquisition from the original drive, which helps when deleted structures are fragile. Ontrack EasyRecovery emphasizes a read-only forensic disk imaging workflow so scanning and preview happen before recovery output is written to a safe target.
Deleted volume enumeration with selective file retrieval
Stellar Data Recovery enumerates deleted partitions into recoverable volumes and contents, which supports structured retrieval even when file system metadata is incomplete. Active@ UNDELETE focuses on wizard-driven candidate selection with binary-level sector inspection for deleted files on known Windows volumes.
Choose by workflow control: preview, sector verification, or read-only acquisition
Deleted partition recovery requires a repeatable operator path from reconstruction to validation to extraction. Tools in this list diverge in control points, including whether candidates are validated by preview-first browsing, by hex-level sector inspection, or by read-only disk imaging before writing any results.
If partition offsets and metadata still look readable, pick preview-first restore.
Choose EaseUS Partition Master when deletion results still allow guided detection and the workflow can remain anchored to mounted browse previews before applying changes. Choose Runtime Partition Recovery when reconstruction can be followed by a volume preview verification step so extraction happens only after regions look correct.
If boot structures remain recoverable, pick tools that integrate boot sector restoration.
Choose AOMEI Partition Assistant when partition boot sector restoration must stay inside the main recovery workflow, which reduces stages where candidates can drift. Choose TestDisk when interactive partition table reconstruction needs boot sector restoration steps embedded in its repair flow prompts.
If candidates look ambiguous, pick sector verification with hex inspection.
Choose DMDE when sector-level hex inspection tied to recovery listings is needed to verify recovered structures before export. Choose a guided imaging workflow from MiniTool Partition Wizard when verification must occur on a clone while attempting partition boot sector restoration.
If the disk shows instability or evidence preservation matters, pick read-only acquisition workflows.
Choose Ontrack EasyRecovery when read-only forensic disk imaging must precede any recovery output so technician preview happens before writes occur. Choose Stellar Data Recovery when disk cloning support is needed to keep recovery acquisition separate from the original drive during deep scan recovery.
If the task is selective deleted file recovery on a known Windows volume, use undelete-driven candidate selection.
Choose Active@ UNDELETE when deleted files on a known Windows volume must be enumerated and previewed through a wizard with binary-level sector inspection. Avoid tools optimized around general partition-first reconstruction if file selection accuracy must remain tightly tied to candidate-level previews.
Who benefits from different deleted partition recovery workflows
Different recovery cases fail at different points, so the best tool depends on the evidence state and the desired operator control. Deleted partition recovery software fits distinct roles based on how it reconstructs layout, validates candidates, and protects the source drive during scanning.
Administrators rebuilding missing partitions for faster file extraction
AOMEI Partition Assistant fits administrators who want partition boot sector restoration integrated into the recovery workflow so the recovered layout stays connected to extraction steps. MiniTool Partition Wizard also fits when guided partition repair on a cloned disk must support repeated boot-sector repair attempts.
Forensic or evidence-driven recovery technicians
Ontrack EasyRecovery fits evidence-driven work because read-only forensic disk imaging precedes any recovery output. Stellar Data Recovery also fits cases that require disk cloning so acquisition and original-drive access remain separated.
Operators who must validate ambiguous candidates before export
DMDE fits when manual sector-level verification is required using its hex viewer tied to recovery listings. Runtime Partition Recovery fits when preview gating after partition reconstruction reduces the chance of extracting from incorrect recovered regions.
Teams recovering after accidental deletion where metadata remains partially readable
EaseUS Partition Master fits teams that want preview-guided partition restore tied to mounted browse results before changes are applied. TestDisk fits technicians who prefer interactive partition table reconstruction and embedded boot-sector restoration steps when repair prompts can steer outcomes.
Specialist file recovery on known Windows volumes after accidental deletion
Active@ UNDELETE fits when deleted file enumeration needs wizard-driven candidate selection with binary-level sector inspection. This approach supports selective extraction even when partition-first reconstruction workflows would be overkill for the case.
Common deleted partition recovery pitfalls and how to avoid them
Deleted partition recovery mistakes often come from validating the wrong candidates or running recovery writes against an unstable source. Operator decisions around deep scanning, candidate interpretation, and offset alignment can make the difference between correct reconstruction and corrupted results.
Running deep scan on a large disk when partition candidates are missing and then stopping before reconstruction completes
AOMEI Partition Assistant can slow down during deep scan on large drives, so the workflow choice should match drive size and time budget. If the source is unstable, switch to an imaging-first approach like MiniTool Partition Wizard so scanning can run on a clone.
Committing a restored layout without using preview gating when offsets are partially corrupted
EaseUS Partition Master reduces risk by using a preview-first restore flow tied to mounted browse results before applying changes. When preview is available, validate recovered regions through browse results and do not jump directly to file extraction.
Assuming all recovered structures are correct when multiple candidates appear in sector scans
DMDE adds a sector-level hex viewer tied to recovery listings, which supports manual verification of boot sector and metadata before export. When candidate ambiguity exists, require verification at the sector level rather than relying only on automatic listing confidence.
Scanning the original disk instead of preserving it when evidence or media stability is a concern
Ontrack EasyRecovery is built around read-only forensic disk imaging, so recovery preview happens without writing outputs to the source. If the disk shows instability, rely on disk cloning support from Stellar Data Recovery or iBoysoft Data Recovery so reads concentrate on a stable clone.
Choosing a general partition-first recovery tool for a Windows undelete task that needs candidate-level file previews
Active@ UNDELETE supports wizard-driven undelete with preview of candidate files plus sector-level inspection during candidate selection. When the task is deleted file enumeration on a known Windows volume, using undelete-style selection avoids the errors caused by over-reconstructing partition boundaries.
How We Selected and Ranked These Tools
We evaluated AOMEI Partition Assistant, EaseUS Partition Master, TestDisk, MiniTool Partition Wizard, Stellar Data Recovery, DMDE, Runtime Partition Recovery, Active@ UNDELETE, Ontrack EasyRecovery, and iBoysoft Data Recovery against deleted partition recovery workflow control and validation mechanisms. Features accounted for 40% of the scoring, and ease and value each accounted for 30% so the rankings reflect both operational fit and recovery practicality.
AOMEI Partition Assistant separated itself with integrated partition boot sector restoration inside the recovery workflow, which keeps partition table reconstruction and boot-structure repair connected without forcing extra staging decisions. We also weighted the ability to validate candidates before extraction, because preview-first flows and sector-level verification steps prevent common recovery mistakes when offsets or metadata are partially lost.
Frequently Asked Questions About Deleted Partition Recovery Software
How do TestDisk, AOMEI Partition Assistant, and EaseUS Partition Master differ in partition table reconstruction depth?
When should a sector-level imaging workflow be used instead of reading the original disk directly?
Which tool is best for GPT header recovery and boot-related restoration during deleted partition recovery?
What breaks if recovery software treats deleted partitions as “lost files” without rebuilding partition metadata first?
How do DMDE and TestDisk support manual verification before exporting recovered data?
When quick scan mode fails to find a deleted volume, what changes between tools?
How do Runtime Partition Recovery and EaseUS Partition Master handle preview and targeted recovery before committing changes?
Which tool is better suited for technician-style workflows that combine cloning, imaging, and repeatable sector inspection?
Where does Automation and API access fall short across the listed tools?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
Funding and competing interests
This study was co-funded by several of the vendors assessed in it. No single vendor funded it. Funders could propose the market studied.
They had no role in selecting vendors, setting or weighting criteria, analysing data or drawing conclusions, and they received the same factual-accuracy check as every other vendor assessed.
Market definition, inclusion rules and criteria weights were fixed by an editor before research began and did not change afterwards. Editorial process →
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