An old Maxtor drive — the sole home of years of family photographs and documents — had stopped spinning, giving only a faint noise on power. Ageing drives fail mechanically, and the older the drive the more carefully it has to be handled. We freed and repaired it in clean conditions and imaged it before it could fail again.
The Maxtor had sat in an old desktop for years and held the only copy of a family's photographs and paperwork. When it was finally powered up to retrieve them, it made a faint attempt and then nothing — no proper spin, no detection. On an old drive that's a mechanical failure, and repeated attempts to coax it into life risk turning a recoverable fault into a destroyed one, so it was switched off and brought in.
Two mechanical faults commonly stop an older drive spinning. The spindle motor that turns the platters can seize, often after long periods idle, so the disks won't turn at all. Or the heads can become stuck to the platter surface — stiction — holding the motor and preventing spin-up. Either way the platters, and the data on them, are usually undamaged; the drive simply can't get moving. Freeing it has to be done in clean conditions and in one controlled attempt, because forcing a seized drive can scrape the platters and cause the very damage a recovery is trying to avoid.
Opened in controlled clean-air conditions, the drive was diagnosed and the mechanical fault addressed — the heads freed from the surface and the drive prepared to spin under control, with worn parts replaced from a matched donor where needed. Old drives are unpredictable once revived, so the priority was to get it running just long enough to read, not to keep it alive indefinitely.
A revived old drive can fail permanently at any moment, so it was imaged immediately and efficiently — the most important areas and the strongest regions first, then whatever else could be read in the time the drive held up. Working from that image, the file system was rebuilt and the photographs and documents extracted with their names and folders intact.
Files were opened across the recovered set to confirm they were usable, then returned on fresh media. About 95% came back, the small shortfall matching areas the old drive couldn't sustain long enough to read. Decades-old drives are living on borrowed time, and this one was a reminder to migrate anything irreplaceable onto current media — with a second copy — long before the old drive is asked to spin one last time.
Clean-air mechanical repair — freeing stuck heads, donor parts as needed · rapid adaptive imaging of a fragile drive · file-system reconstruction. Physical work and imaging carried out in-house in Belfast.
Send it to us for a free, no-obligation diagnostic. We’ll tell you what can be recovered and put a fixed price in writing before any work starts — and on most jobs, if we can’t get your data back, there’s nothing to pay. Post your device in, or drop it to us by appointment.
Usually, yes. A drive that won't spin has typically seized mechanically while the platters — and your data — remain intact. Freeing and repairing it in clean conditions, then imaging quickly, recovers the great majority of such drives.
No. Repeated attempts on a seized drive can scrape the platters and cause permanent damage. Switch it off after the first sign of trouble and send it in.
Yes — we regularly recover drives that are decades old. The techniques are the same; old drives just need especially careful, one-attempt handling and fast imaging once revived.