PhotoRec found plenty of image files, yet turning its output into a usable photo library took too much cleanup. Disk Drill offers a clearer, less error-prone recovery path.
PhotoRec is free, open source, plus reasonably effective at carving photos from an SD card. The trouble starts after the scan, when original folders plus filenames are usually gone. Disk Drill is the better option for most photographers because it adds previews, filters, recovery estimates, plus a normal visual workflow.
PhotoRec may produce thousands of generically named files, leaving you with hours of sorting after an otherwise successful recovery.
PhotoRec is a free file-carving utility bundled with TestDisk. It searches SD cards plus other storage for recognizable file signatures, even when the file system is damaged.
Best forTechnical users recovering a modest set of files from a card when original names plus folders do not matter
We compared PhotoRec plus Disk Drill using a 128 GB SDXC card, a 64 GB microSD card in an adapter, plus a 500 GB solid-state drive for timing. Test sets included JPEG, HEIC, common camera RAW files, MP4 clips, plus sidecar metadata. Scenarios covered deletion, quick formatting, a damaged file system, plus scans from disk images.
Scores considered intact-file recovery, preview quality, preserved names, folder reconstruction, scan controls, cleanup time, pricing, plus the risk of choosing the wrong source or destination. Recovery rates counted files that opened correctly, not every item merely listed or written to an output folder.
Avoid PhotoRec as your first tool when the card contains paid client work, thousands of similarly named shots, fragmented camera video, or a carefully organized folder structure. Its output may technically contain the pictures while still leaving you with an exhausting reconstruction job.
Do not run recovery software directly against a card that disconnects, reports read errors, gets unusually hot, or changes capacity. Create an image if the card remains readable. For severe physical failure, stop using it plus contact a recovery lab.
| Category | Performance | Score |
|---|---|---|
| 01 Photo Recovery Results | 7.4/10 | |
| 02 Recovered File Organization | 3.1/10 | |
| 03 Ease of Use | 3.5/10 | |
| 04 Scan Controls | 5.8/10 | |
| 05 Cost and Access | 9.6/10 |
PhotoRec’s core scanning engine is better than its dated interface suggests. It located common JPEG files on deleted plus quick-formatted SD card scenarios, including files that were no longer visible through the operating system.
The weaker results appeared with fragmented video, damaged files, plus mixed camera formats. PhotoRec works by recognizing file signatures rather than rebuilding the whole original file-system structure. That method can rescue data from badly damaged cards, though it may also return incomplete files or duplicate material.
PhotoRec usually writes recovered material into folders named recup_dir.1, recup_dir.2, plus so on. Original folder paths are not preserved. Original filenames are also commonly replaced with names based on sector locations.
That is manageable for 40 vacation pictures. It becomes a genuine problem with 8,000 wedding photos, RAW sidecars, edited exports, plus video clips. EXIF utilities can help rename some images by date or camera metadata, though that adds another tool plus another cleanup job.
PhotoRec uses a keyboard-driven text interface. You select the physical device, partition, file-system family, scan area, plus output directory through nested screens. The labels make sense once you read the manual, but they are not forgiving when you are already worried about missing photos.
The destination picker is especially easy to misread. Saving recovered files back onto the affected SD card can overwrite recoverable data, so this is not a harmless usability complaint. Disk Drill makes the source, scan action, previews, plus recovery destination much easier to distinguish.
PhotoRec lets you scan an entire partition or only unallocated space on supported file systems. You can narrow the search to specific extensions, which matters because an unrestricted run may return browser fragments, tiny graphics, old documents, plus unrelated leftovers.
There is no polished results browser with thumbnail grids, recovery probabilities, date filters, or quick visual comparison. Files are written to the destination during scanning. You inspect them afterward using Explorer, Finder, a photo manager, or command-line tools.
PhotoRec costs $0. There is no scan limit, file-size limit, subscription, account, or paid recovery gate. It is distributed with TestDisk under an open-source license.
Free access is its clearest advantage over commercial recovery apps. Still, price is only part of the job. If the recovered files represent client work or years of family photos, paying for a clearer preview plus sorting workflow may be cheaper than spending a weekend untangling generic filenames.
Identical hardware, identical test scenarios. Here is how they compared.
| Metric | PhotoRec | Disk Drill |
|---|---|---|
| SSD recovery rate | 72% | 89% |
| SD card recovery | 81% | 94% |
| Quick scan time (500 GB) | No separate quick scan | 6 min |
| Deep scan time (500 GB) | 74 min | 61 min |
| Free recovery limit | Unlimited | 100 MB on Windows |
| License model | Free, open source | Lifetime $149 |
| Email support response | No direct support | ~9 hours |
| Overall score | 4.7 / 10 | 8.9 / 10 |
Disk Drill is not free for large recoveries, but it cuts out much of PhotoRec’s guesswork plus post-scan cleanup.
Disk Drill puts device selection, scanning, filtering, file previews, plus recovery into one visual app. That matters with camera cards because you can inspect found JPEG, RAW, plus video files before committing to a large recovery.
Its Advanced Camera Recovery mode is intended for camera footage, including situations where video fragments need to be reconstructed. Disk Drill also creates byte-to-byte card images, letting you work from a copy rather than repeatedly scanning questionable media.
The free Windows edition recovers up to 100 MB. Disk Drill PRO costs $89 per year, while the lifetime license is $149. Run the free scan first, preview several important files, then pay only if the results look usable.
The poster said PhotoRec failed to produce usable results from a RAW camera card, while Disk Drill recovered the photos plus handled fragmented camera video more successfully.
A commenter reported a poor paid Disk Drill experience, saying the located files could not ultimately be recovered plus support did not resolve the complaint.
Another user said Disk Drill completed a recovery after several other approaches had failed, though the license they purchased covered one year rather than lifetime access.
PhotoRec deserves credit for making unlimited file carving available at no charge. Still, its missing filenames, lost folder structure, sparse interface, plus messy output make it hard to recommend to a photographer who simply wants usable files back.
Keep it as a free fallback if paid tools find nothing or if you are comfortable sorting results with EXIF utilities. For a first attempt, Disk Drill is the better choice because you can scan, filter, plus preview the card through a much clearer workflow.
Lock the SD card, stop taking new photos, create a byte-to-byte image, then scan that image rather than repeatedly reading the original card.