Deleted-file recovery begins with storage preservation, not with a scan. A deleted file may still exist in the Recycle Bin, a backup, cloud version history, or application autosave. If those copies are unavailable, the recoverability of the original depends on the storage device, file system, overwrite activity, TRIM, encryption, and the condition of the source.
Stop using the affected device. Do not install a recovery program on it, download files to it, create folders, run cleanup or repair tools, or restore recovered files to it. Windows and applications can write temporary data even when you are not deliberately saving a file.
Start with the least invasive recovery path
Check the Recycle Bin and search the expected folder for renamed or moved items. Then inspect File History, Windows Backup, OneDrive version history, other cloud services, application recovery folders, email attachments, external backups, and copies on another computer. Restore found copies to a different device and open them before declaring the problem solved.
If deletion synchronized to other devices, pause synchronization where doing so preserves an older copy or version history. Avoid bulk restore operations until you know which version is correct.
Identify the source device
An internal SSD, magnetic hard drive, SD card, and USB flash drive do not behave identically. SSDs commonly use TRIM and background garbage collection, which can make deleted content unavailable even before new user files overwrite it. Removable flash media may or may not pass TRIM. Magnetic hard drives more often retain deleted sectors until later writes reuse them.
Also identify whether the affected volume is encrypted. Keep BitLocker recovery keys and do not reset or recreate security settings on the source. If the device disconnects, overheats, changes capacity, or is not detected reliably, use a failing-device workflow rather than treating it as simple deletion.
What deletion changes
File systems usually remove or update references to a file before every data byte is overwritten. If enough metadata remains, recovery software may reconstruct the original name and folder. A deep signature scan can sometimes locate content after metadata is damaged, but the result may lose its name, path, date, or relationship to other files.
No scanner can reconstruct bytes that have been overwritten, erased by an SSD controller, or never returned by faulty hardware. A listed filename or thumbnail is not proof that the complete file survived.
A controlled XRecovery workflow
XRecovery 3.1.6 runs on Windows. It can scan partitions, disks, and external devices recognized by Windows, including attached media with supported Mac or Linux file systems. Install it on a different disk from the source whenever possible.
- Confirm the affected disk or partition by capacity and connection.
- Start the scan by double-clicking the source or selecting it and using the scan button.
- Let quick scan complete; deep scan starts automatically afterward.
- Review both file-system and signature-based results.
- Preview representative files where supported.
- Recover a small sample to a different physical device.
- Validate the exported files, then recover the remaining selected items.
XRecovery scans the selected source read-only. It blocks that source as the recovery destination by default, but the warning can be overridden. Do not override it when deleted files matter. The free allowance is 2 GB in total, and format support covers common photo, video, and document types rather than every file type.
Validate by file type
Open documents beyond their first page and check embedded objects. Extract archives and verify their internal file list. Inspect photos at full resolution rather than relying on thumbnails. Play videos through multiple points and confirm audio. Open databases and project files in the applications that understand their internal structure.
Compare sizes, dates, counts, and known content with backups or project records. Keep the original source unchanged until the recovery set has been verified and backed up.
Choose a more specific guide when needed
Use the SSD deleted-file guide when TRIM is the main concern. Use the SD card or USB flash drive Topic when removable-media recognition, formatting, RAW volumes, capacity errors, or write protection are involved. Use a failing-device guide when reading the source causes repeated errors or disconnections.
When to stop
Stop DIY attempts when the device is physically damaged or unstable, when encryption access may be lost, or when the files are uniquely valuable and the first controlled attempt fails. Repeated scans cannot reverse overwrite, TRIM, or missing hardware access. Preserving the source creates more options than repeated repair attempts.
The reliable sequence is simple: stop writes, check existing copies, identify the storage technology and condition, scan only a stable source, recover elsewhere, and verify every important file.
Protect the files after recovery
Before changing the source, back up the recovered set and test a restore. Keep an unchanged export while checking a second copy; comparing copied bytes and opening the recovered files answer different questions.