Disk Drill gives home lab users plus small IT teams a practical way to recover deleted virtual disks or search inside damaged VM images. It works best when the storage remains readable enough to image, mount, or scan.
Disk Drill is a capable first stop for lost VMDK, VHD, or VHDX data. It can recover a deleted virtual-disk container from the host drive, plus scan supported VM images for files stored inside them. It is less useful for repairing broken snapshot chains, encrypted guests, or physically failing media.
Disk Drill is a Windows plus macOS data-recovery app. It can locate deleted virtual-disk containers or scan supported images for missing guest files.
Best forHome lab owners, developers, or small IT teams recovering files from readable VMware or Hyper-V storage
We reviewed Disk Drill 6.3 using its published Windows plus macOS workflows, current license terms, supported virtual-disk list, image-scanning process, preview controls, plus source-protection tools. The evaluation separated two common jobs: finding a deleted VM container on host storage, then locating deleted guest files inside a readable image.
Scores placed the most weight on VMDK, VHD, plus VHDX handling. We also considered setup friction, preview usefulness, imaging safety, result filtering, licensing limits, plus cases that should be sent to a recovery lab instead.
Do not begin with repeated deep scans when the physical host drive clicks, disappears, stalls the computer, or reports severe media errors. Powering a failing drive for hours can reduce the odds of professional recovery. Disconnect it, document what happened, then speak with a reputable lab if the files are irreplaceable.
Disk Drill also is not designed to rebuild a complicated VMware snapshot chain, repair a corrupted Hyper-V configuration, bypass BitLocker, or decrypt an encrypted guest without its key. For those problems, preserve every related file first, including descriptors, snapshots, logs, plus configuration data.
| Category | Performance | Score |
|---|---|---|
| 01 Virtual-Disk Support | 9.4/10 | |
| 02 VM Recovery Workflow | 9.1/10 | |
| 03 Source-Drive Safety | 9.0/10 | |
| 04 Result Navigation | 8.8/10 | |
| 05 Cost and Licensing | 8.3/10 |
Disk Drill supports the formats most people are likely to meet in a home lab or small office. VMDK, VHD, plus VHDX are covered on Windows or macOS. VMDK files can be scanned directly in supported workflows, while VHD or VHDX containers may need to be mounted before scanning.
There are two separate recovery jobs here. Disk Drill can search a host drive for a deleted VM container, treating a 100 GB VMDK like any other lost file. It can also inspect a readable virtual disk to find deleted guest files inside it. That distinction matters because finding the container does not guarantee that every guest file within it is healthy.
The cleanest workflow starts with a copy of the affected storage. Once that copy is available, Disk Drill lets you search for a missing VMDK or mount a supported image to inspect its guest file system. Filters for file type, date, size, or recovery status cut down the clutter from development VMs that contain thousands of tiny system files.
Previewing is especially useful before paying. A visible filename alone is weak evidence after deletion. Opening several representative documents, photos, archives, or database exports gives a better indication that their content remains intact. Large dynamic disks still take patience, since unused virtual capacity can make the container look much bigger than the actual guest data.
Disk Drill uses read-focused scanning, but the larger safety gain comes from its byte-to-byte backup tool. Creating an image first limits repeated access to a questionable host drive. You can then scan the image rather than repeatedly stressing the original disk.
This does not turn Disk Drill into a hardware recovery lab. If a drive clicks, disconnects, reports rapidly increasing bad sectors, or vanishes from firmware, software scanning may worsen the situation. Healthy storage with accidental deletion is a much better case than a mechanically failing HDD.
Disk Drill Basic costs $0. It can scan storage plus preview recoverable files. Windows users can recover up to 100 MB through standard recovery methods, which is nowhere near enough for a virtual machine but useful for checking a few guest files.
Disk Drill PRO costs $89 per year or $149 for a lifetime license. A personal license covers one user with activation on up to three devices, plus both Windows or macOS. Business technicians recovering client or company systems should check Enterprise licensing rather than using a personal PRO license.
The original poster said Disk Drill recovered family photos from a RAW SD card after other tools failed. They also liked its previews, filtering, plus straightforward workflow.
One user reported recovering an external HDD after an accidental reformat, calling the lifetime purchase worthwhile.
A critical commenter said the scanned files did not recover successfully after payment, followed by an unsatisfactory support experience. This is a good reason to test several full previews before buying.
Another user recovered data from a reformatted SanDisk external HDD, praising the byte-to-byte backup, clean interface, plus support response.
Disk Drill is easy to recommend for virtual machine recovery when a VMDK, VHD, or VHDX was deleted, reformatted, or remains readable enough to mount. Its previews, broad file-system coverage, plus byte-to-byte imaging make the process less intimidating than many technical recovery tools.
It is best for home labs, developers, or small IT setups. Skip software recovery if the physical disk is clicking or repeatedly disconnecting, plus use hypervisor-specific tools when the main problem is a broken snapshot chain rather than deleted data.
Shut down the affected VM, copy or image its host storage, then scan the copy. Recover every file to a separate physical drive.