A retired couple in Shepshed had a Seagate external bought around 2012 that held the photographs from three decades of family life, most of them scanned from prints by their daughter one winter. It had been used perhaps twice a year and lived in a cupboard the rest of the time. Switched on last month it beeped, and then it did nothing at all, and it has not made a sound since beyond that first attempt.
| Media | A Seagate external drive from around 2012, used rarely and stored in a cupboard between times, which beeped on being switched on and has done nothing since. It holds three decades of scanned family photographs. |
| What was reported | Seagate external drive, roughly 2012 vintage, gave one beep at switch-on and has been unresponsive ever since, three decades of scanned family photographs wanted off it. |
| Fault class | Mechanical. The heads had bonded to the platter surface during long storage, so the spindle received current and torque and could not rotate. The beeping was the drive attempting its start-up sequence against a mechanism that would not move. |
| On the bench | Not powered on arrival, taken from its enclosure and given one profiled start on a current-limited bench supply with the stall confirmed from the current trace, opened under laminar flow with heads, spindle and both platter surfaces examined under a stereo microscope, the heads eased clear on a ramp tool and the mechanism turned by hand to confirm it was free, imaged on DeepSpar behind PC-3000 UDMA, and the photographs located in R-Studio and viewed on screen before being written to fresh media. |
Bonding is not the same as damage, and the difference decides the job. A parked head sits against a smooth surface, and over years the lubricant between them can behave like a very weak adhesive. The drive then has everything it needs except movement. Nothing is broken at that point, and freeing the heads takes minutes, which is why the important thing an owner can do is stop before something does break.
Repeated switching on is what breaks it. Each attempt applies torque to a stationary stack of platters with the heads stuck to them. Do that often enough and the arms bend or the sliders tear away, at which point the job stops being a ten-minute release and becomes a head transplant with a real risk of surface damage. The couple tried it twice and then rang, which is the reason the surfaces came back unmarked.
Rare use is worse than constant use, not better. People assume a drive kept in a cupboard is being looked after. In practice, a drive used weekly is a drive whose heads are unparked often enough that nothing settles, and a drive used twice a year spends fifty weeks at rest. This is one of the few faults where the careful owner is at more risk than the careless one.
Scanned photographs are frequently the only version left. The prints they were made from had been distributed among relatives and some had been thrown out afterwards. That makes the drive the original rather than the copy, which is worth recognising while the drive is still working: anything scanned once and then discarded needs a second copy from the day it is made.
It was not plugged in. One profiled start on a current-limited supply showed current rising and holding at the limit with no step down to a running speed, which is a stall rather than a dead motor or a failed circuit, and the enclosure was set aside as innocent.
Opened under laminar flow, the heads were resting on the platters and came clear on a ramp tool without resistance. Turned by hand afterwards, the mechanism ran freely and both surfaces were clean under the microscope with no rings or witness marks. Reassembled and powered, the drive readied first time and imaged on DeepSpar behind PC-3000 UDMA with no weak regions at all. R-Studio parsed the volume and a sample of photographs from each decade was opened on screen before the set was written to fresh media.
Everything came back, including a folder of scans nobody had remembered making. The copy went out on a new disk and the couple were talked through keeping a second one elsewhere, because a single drive in a cupboard is a single point of failure however carefully it is stored.
One disk is £300 + VAT. Opening a drive is mechanical work and sits outside the published guarantee, so 50% of the figure was settled before the lid came off and the balance once the photographs had been looked through.
Switch it off and leave it off. The beep means the motor has been told to turn and has not, and the only thing repeated attempts achieve is putting more force through a mechanism that is already held fast. Do not tap it on the desk, do not put it in the freezer, and do not run it upright in the hope that gravity helps; none of those release bonded heads and all of them can turn a simple release into a head replacement. Send the enclosure whole with its cable rather than opening the case yourself. If the drive has spent most of its life in a cupboard, say so, because storage history genuinely changes what the bench expects to find when it opens it.
Each of these is a real enquiry, taken from a household or a business somewhere in Leicester or the surrounding county, with the name of the customer, the firm and anything else that would identify them taken out. What is left is the reasoning: what turned up, what had actually failed inside it, the method that fault required and the equipment it was worked on. One of the thirty-six is a job that was refused, and it belongs here every bit as much as the successes do.
Beeping is a mechanism drawing power it cannot turn into movement
Silence after clicking is the drive giving up on schedule, not a second failure arriving
On a My Passport the key lives in the case, so the case and its cable travel with the disk
Examining it is free and takes 2 working days from arrival, the figure goes to you in writing and does not move afterwards, and a logical fault carries no fix, no fee. Start online or ring the freephone.