Data Recovery Case File · Second Fixes & Trade Handoffs · The Repair Was Right
Replacing the Drive and Preserving the Original Is Exactly the Right Order
His enquiry describes a repair that did the correct thing without being able to finish the job. A laptop dropped and ceased functioning, where "a local computer repair shop was able to put in a new drive, but not able to recover the information from the old one" — which holds family photographs. Fitting a replacement and setting the original aside untouched is the right separation, and it means the failed drive arrives in the condition a recovery wants.
| Media | 1TB laptop hard drive damaged by a fall — replaced in service by a repair shop and preserved; original retained for recovery |
| Reported situation | Laptop dropped and ceasing to function · drive reported as damaged · replacement drive fitted by a local repair shop · machine returned to service · original drive not recovered by the shop · original drive retained · family photographs held · recovery sought |
| Fault class | Impact damage to a laptop drive with the original preserved unaltered — mechanical assessment required; prior handling limited to removal |
| Equipment used | Prior handling established as removal and replacement without recovery attempts · laminar flow bench inspection with head and platter assessment before any spin attempt · current draw measured on a controlled bench supply · matched donor assembly as indicated · single controlled read pass and imaging in one supervised session |
The decode: why the shop's decision was the right one
What the shop separated, and why it matters: getting the machine working and getting the data back are two different jobs. Fitting a new drive returns the computer to use without touching the old one — so the failed drive is preserved in whatever state it was in, rather than being worked on by someone equipped for repair rather than recovery.
Why the alternative would have been worse: a shop attempting recovery on a mechanically damaged drive typically powers it repeatedly, runs consumer software against it, or attempts a clone. Every one of those is a drive with a physical fault being asked to work, and the attempts cost more than they retrieve.
Why knowing what they did matters more than knowing what they concluded: "not able to recover" could mean they tried and failed, or recognised it was beyond their equipment and stopped. The second is considerably better for the drive, and it is worth asking them directly — how many times it was powered, and whether any software was run against it.
What the fall most likely did: the danger from impact is the heads. If the drive was running when it fell, heads flying above the platters can strike the surface; if it was parked, they may have been damaged without ever touching the recording.
Why that distinction sets the prospects: damaged heads with intact platters is the favourable case — the data is present and the means of reading it has failed, which matched donor parts address. Heads that contacted a spinning surface may have scored the recording, which is damage to the material itself.
Why it cannot be determined without looking: both present as a drive that does not work. The condition of the platters is a visual and mechanical question, answered under filtered air rather than by testing from outside.
Why powering it to check is the wrong move: if heads are damaged, spinning the drive moves them across the surfaces. Whatever platter condition survived the fall is degraded by every attempt to use it — so the value of the shop having stopped increases the longer nobody else tries.
What the presence of a working laptop changes: nothing is urgent in the way it would be if he had no machine. The pressure to get something working has already been relieved, which means the recovery can be done properly rather than quickly — an underrated benefit of the order the shop chose.
What must not happen: no fitting the old drive back into the laptop to see whether it works now, and no external adapter testing. The drive should stay as it is until it is inspected.
On the bench
Prior handling was established as removal and replacement without recovery attempts — fitting a replacement returns a machine to service while leaving the original in its existing state, whereas recovery attempts on a mechanically damaged drive involve repeated powering, consumer software or cloning, each asking a physically faulty drive to operate. Inspection ran under the laminar flow bench with head and platter assessment before any spin attempt, impact damage to parked heads leaving surfaces intact whereas contact during rotation scores the recording.
The outcome
Prior handling established as removal without recovery attempts, and the drive inspected under filtered air before any rotation. Free assessment, one fixed written figure including VAT, 50% of parts and labour upfront with the balance only on successful recovery. The decode: the shop did the right thing in the right order. Fitting a replacement and leaving the original alone preserves it — and a drive that has not been powered since the fall is a considerably better prospect than one that has been tested repeatedly.
When a repair shop replaces the drive and hands the old one back
That's the right order, and the useful thing now is to ask what they actually did to the original — whether they simply removed it, or powered it repeatedly and ran software against it before concluding they couldn't help. Stopping early is much better for the drive. Don't refit it to test whether it works now, and don't try it in an external adapter: if the fall damaged the heads, every rotation moves them across the surfaces holding your photographs. Damaged heads with intact platters is the recoverable case, and it stays recoverable only while nobody spins the drive.
Don't refit or test it — call Easy Data Recovery on 028 9002 0144; prior handling established first, inspected under filtered air before any spin attempt, single controlled read pass.
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Our case files are drawn from genuine enquiries received by our laboratory over the past ten years, anonymised to protect client confidentiality. Each one describes the diagnostic and recovery procedure our engineers apply to that fault, using the equipment listed.