iBeesoft can scan a RAID volume that the operating system already recognizes, but its thin reconstruction controls leave too much guesswork in serious failures. Disk Drill is the more complete choice.
iBeesoft Data Recovery is not our pick for RAID recovery. Its approachable scanner may help with deleted files on a mounted array, though its documentation gives little confidence when member disks must be assembled or imaged first. Download Disk Drill instead for RAID reconstruction, byte-to-byte backups, broader file-system support, plus clearer recovery previews.
The biggest concern is treating a degraded or physically unstable RAID set like an ordinary drive, which can worsen damage before a proper image is created.
iBeesoft Data Recovery is a general file-recovery application that also claims support for common RAID levels. It scans visible disks or logical volumes for deleted, formatted, or inaccessible files.
Best forDeleted files on a healthy RAID volume that still mounts normally
iBeesoft says it supports RAID 0, 1, 5, 6, plus 10. The problem is what happens after that claim. Its published workflow looks much like ordinary disk recovery: select a visible disk, scan it, preview files, then recover them elsewhere.
We could not find clearly documented controls for entering stripe size, disk order, parity rotation, start offset, or missing-member positions. Those details matter when the controller metadata is damaged. A tool that merely sees the logical volume is not the same as one that lets you rebuild its layout.
The basic process is understandable. Choose a disk, run a scan, filter the results, preview a file, then save recoverable data to another drive. Someone who has used File Explorer should find the layout manageable.
That simplicity works for accidental deletion from a healthy, mounted array. It becomes a drawback when individual members appear separately or the original virtual volume no longer mounts. RAID recovery needs a diagnostic stage before the scan button, yet iBeesoft offers little visible guidance there.
RAID members with bad sectors should normally be cloned before a long file-recovery scan. Repeated reads can push a weak drive closer to total failure. iBeesoft advises users to stop after unusual noises or warning lights, which is sensible, but its RAID material does not present a built-in byte-to-byte imaging workflow.
Disk Drill gives users an accessible disk-image tool, then permits scanning of the resulting image. That separation between evidence capture plus file recovery is a major practical advantage.
iBeesoft lists NTFS, FAT, exFAT, HFS, APFS, ext, ReFS, Btrfs, XFS, ZFS, UFS, plus RAW storage among its supported file systems. That looks broad on paper.
The unanswered question is how much native metadata reconstruction occurs for every format, especially once it sits across multiple damaged members. Signature carving may find loose files while losing names, folders, timestamps, or fragmented content. A long compatibility list does not guarantee intact RAID reconstruction.
The Windows Personal license costs $49.95 for one year on one PC or server. A Family license is $69.95 yearly for two to five systems, while the Company license is $199.95 yearly for unlimited PCs or servers. The free download is useful for scanning plus previewing, though unlimited recovery requires a paid plan.
Disk Drill costs more at $89 per year, yet one license covers Windows plus macOS on up to three devices. Its $149 Lifetime license includes future upgrades. For recurring RAID work, that broader license plus imaging tools offers better long-term value.
We reviewed iBeesoft version 5.0 documentation, its published RAID procedure, supported file systems, preview workflow, Windows licensing, plus the precautions supplied for failed arrays. We scored it around the tasks that matter during RAID recovery: reconstructing the layout, minimizing reads from weak disks, verifying files before payment, preserving metadata, plus exporting results safely.
We also compared those capabilities with Disk Drill 6.3 using current documentation available on September 10, 2026. We did not assign a made-up recovery percentage because results depend heavily on RAID geometry, overwritten sectors, member order, controller behavior, plus physical disk condition.
Do not run iBeesoft, Disk Drill, or any full-disk scanner against an original member that clicks, vanishes during reads, reports rapidly growing bad-sector counts, or spins down unexpectedly. Shut the system off. A recovery lab can stabilize hardware before imaging it.
Avoid rebuilding the array in its controller too. A rebuild writes data, which may destroy the old stripe layout or overwrite information a recovery program could have used. Record the disk order, controller model, RAID level, stripe size, plus every error message before changing anything.
| Category | Performance | Score |
|---|---|---|
| 01 RAID Reconstruction | 3.4/10 | |
| 02 Recovery Workflow | 6.1/10 | |
| 03 Disk Safety Tools | 3.2/10 | |
| 04 File-System Coverage | 5.7/10 | |
| 05 Cost and Licensing | 4.8/10 |
We compared the documented RAID workflow, imaging options, supported configurations, previews, plus current personal licensing. Disk Drill wins mainly because it exposes more of the preparation work needed before files are copied out.
| Metric | iBeesoft Data Recovery | Disk Drill |
|---|---|---|
| RAID levels listed | RAID 0, 1, 5, 6, 10 | RAID 0, 1, 5, 6, 10, 1E, JBOD |
| Manual RAID reconstruction | No detailed controls documented | RAID reconstruction workflow included |
| Byte-to-byte disk imaging | Not prominent in RAID workflow | Included in Basic edition |
| Free recovery allowance | Scan and preview before purchase | Scan and preview, plus 100 MB on Windows |
| Operating-system coverage per license | Windows or macOS sold separately | Windows plus macOS included |
| Personal license | $49.95 yearly for one Windows PC or server | $89 yearly for up to three devices |
| Lifetime option | No Windows lifetime plan shown | $149 with future upgrades |
| Overall score | 4.6 / 10 | 8.8 / 10 |
Choose Disk Drill when the array members are still detected, especially if you need to image them before reconstruction. Its clearer recovery path justifies the higher entry price.
Disk Drill is the better first stop for a RAID array that remains detectable by the computer. It supports RAID reconstruction, disk-image creation, lost-partition searches, RAW-volume scans, plus previews before purchase. The interface still feels accessible, but it gives the recovery process more structure.
Create byte-to-byte images of unstable members before attempting reconstruction. This preserves the original disks while you test layouts or run repeated scans. Disk Drill cannot repair mechanical damage, yet its imaging-first workflow is much better suited to cautious DIY recovery.
The poster said Disk Drill recovered family photos from an inaccessible RAW SD card after other tools failed. They especially valued file previews plus fragmented-video recovery.
One user reported recovering data from a SanDisk external hard drive after trying several other approaches. They liked the byte-to-byte backup feature, interface, plus email support.
Another user said Disk Drill found files but did not preserve useful directory information in their case. The thread is a reminder that no recovery program handles every damaged file system well.
iBeesoft Data Recovery is hard to recommend for RAID work in 2026. It may be enough for a deleted folder on an array that still mounts, but its generic scan flow offers too little control or preparation for broken configurations. Anyone facing missing members, damaged metadata, or unstable disks should skip it. Use Disk Drill for a more cautious imaging plus reconstruction workflow, or contact a recovery lab if hardware is failing.
Power down the array, label every member by bay order, then create sector-by-sector images before testing any reconstruction layout.