By David Coe, founder and bench technician
Data from a dead laptop: how it actually works
When a laptop dies, the first question is never about the laptop. It is about what is on it. The good news is that laptop data recovery follows rules you can predict, once you know whether the storage is a removable drive or soldered to the board, and whether it is encrypted. This is the playbook we would give any shop before they promise anything to a customer.
Rule one: stop powering it on
Every hopeful power-on of a liquid-damaged or clicking machine is another chance to turn a fixable board into unrecoverable storage. Power it off, note the history, and leave it off. Diagnosing by retry is how cheap recoveries become impossible ones.
Rule two: ask about encryption now, not later
Windows: if BitLocker is on, the drive is bound to the machine's TPM. Reading it elsewhere needs the recovery key, which the customer very often has saved in their Microsoft account. Ask for it before anything leaves the shop. Mac: FileVault needs the account password or recovery key. No amount of bench skill reads an encrypted SSD without those. If the customer has them, the recovery path gets shorter and cheaper; if they do not, being honest about that up front is the kindest thing anyone can do.
Rule three: know which storage you are dealing with
- Removable NVMe/SATA drives: the drive lifts out, and reading it on another machine is often the whole recovery. This is not always a data-recovery job; it is sometimes twenty minutes' work.
- Soldered storage: every modern MacBook, many ultrabooks and gaming laptops. The data sits on chips wired into the logic board, so the recovery path runs through the board. That means: repair the board until the machine boots and read the data off it. Board repair is the data recovery on these machines. It is the same work this bench already does every day.
- Soldered storage on truly dead silicon: the hard cases. Modern encrypted Apple storage in particular resists chip-off tricks by design. This is where a dedicated recovery rig and honest odds matter, and where our standalone data recovery desk, launching soon, comes in.
How this works at Soldersector
Send the complete laptop. Diagnosis (£35 + VAT, waived when the repair goes ahead) says which of the three worlds you are in. If fixing the board is the path (and on soldered-storage machines it usually is) the fixed £120 + VAT logic board repair gets the machine booting and your customer backing up the same week. If the case belongs on the recovery desk instead, you will be told straight, told the odds, and told the price before a penny is committed.
Dead laptop data questions
My MacBook is completely dead. Can the data still be recovered?
Usually the path is repairing the board until the machine boots, then backing up. That is precisely what the bench does. Truly dead silicon with modern encrypted Apple storage is the hardest case in data recovery; the honest odds are part of the assessment, and the fuller recovery desk is launching soon.
What about BitLocker and FileVault?
Encrypted storage needs its key no matter how good the bench is: the BitLocker recovery key (often saved in the customer's Microsoft account) or the FileVault password/recovery key. Ask the customer early. It decides everything that follows.
Should we keep trying to turn it on?
No. Stop after the first diagnosis attempt: every power-on of a liquid-damaged or failing machine makes the storage side worse. Power off, note the history, get it booked in.
What needs to be sent with the laptop?
The complete machine and, where relevant, the recovery key or password. Credentials are only used when the recovery needs them, and they never leave the ticket.
The books are full. Join the list
Our bench is at capacity, so we are not taking new jobs right this moment. Open a trade account and we will email you the moment we are booking again. No commitment. Questions? Email jobs@soldersector.com.
