Data Recovery Case File · Mac & Apple Ecosystem · Helpful, With Two Cautions
Removing the Blade Yourself: What to Know First
His enquiry offered something most people do not think to offer. A 2015 MacBook Air that has died: "I would like to get the data off the SSD, which I'm happy to remove myself and bring along. Would you be able to do that? How much would that be?" The answer is yes, the offer is welcome, and his machine's year makes this one of the more straightforward cases in this archive. But there are two cautions worth reading before he picks up a screwdriver, and one thing he should not buy on the way — because the most common way this goes wrong is an owner doing everything right and then connecting the module to something that cannot address it.
| Media | 2015 MacBook Air proprietary blade solid-state module — removable, predating integrated security-chip encryption; machine non-functional |
| Reported situation | Machine dead · owner willing and able to extract the module himself · module to be delivered separately · cost enquiry made in advance |
| Fault class | Machine-side failure with independently readable storage — module read on a generation-matched interface rather than any general adapter |
| Equipment used | Module received and inspected for handling damage · read on a generation-matched proprietary interface (Atola Insight Forensic, Apple support) · complete image on first access · volume verified from the image and delivered |
The decode: why the era helps, the two cautions, and the thing not to buy
Why 2015 is a good year to have: the machine carries a proprietary blade module — solid-state storage on a custom connector — which is removable, and which crucially predates the integrated security chip that later machines use. So the module is not cryptographically bound to the logic board: read elsewhere, it yields readable data rather than ciphertext. That combination puts him at the affordable end, and it is why his instinct to bring just the module is sound.
Caution one — the right tools, and no force. The case uses pentalobe screws on the underside and a torx screw holding the module, and using an approximately-correct driver rounds the heads, which turns a five-minute job into an awkward one. The blade lifts at a slight angle once its screw is out and should never be levered — the connector is fine-pitched and bending it is the one self-inflicted injury that matters here. If anything resists, that is the moment to stop and bring the whole machine instead, which costs nothing extra.
Caution two — handling. The module is a bare circuit board. It should be held by the edges, kept out of contact with fabric and carpet, and transported in an anti-static bag rather than loose in a pocket or wrapped in kitchen roll. Static damage to a module that survived the machine's death would be a miserable way to lose data.
The thing not to buy: and this is where these cases most often stall. Apple's blade modules of this era use a proprietary connector, and the inexpensive adapters sold to convert them vary considerably in which generations they properly support. One can mate physically, deliver power, and still fail to bring the module up — producing silence that owners reasonably read as "the SSD is dead" when it is nothing of the kind. If he is bringing the module in anyway, there is no reason to buy an adapter at all; a generation-matched interface is what it will be read on.
What else to bring: the machine's account password if he has it — rarely the obstacle on this generation, but free to have — and any history worth knowing. And if he would rather not open the machine at all, that is entirely fine: bringing the whole laptop costs nothing more and removes every risk above.
On the bench
The module was inspected on arrival for handling damage — a bent connector or a static-damaged board being the two things an owner extraction can introduce — and then brought up on a generation-matched proprietary interface through the Atola Insight Forensic's Apple support rather than a general-purpose adapter, which on proprietary blades is the difference between reading a module and failing to address one. A complete image was taken in that first session on the standing rule for proprietary modules, the volume was verified from the copy, and his files were delivered on fresh media with the module returned.
The outcome
The module read on a generation-native interface, imaged and the contents verified and delivered. Free assessment, one fixed written figure including VAT; where a drive has to be opened or a chip removed, 50% of parts and labour is payable upfront with the balance only on success — otherwise no recovery, no fee. The decode, for anyone offering to bring the module rather than the machine: on this generation that is genuinely helpful and the storage is not tied to the logic board, so it reads perfectly well elsewhere; use the correct drivers and never lever the blade, because a bent connector is the one avoidable injury; carry it by the edges in an anti-static bag; and do not buy an adapter — the cheap ones vary in which generations they support, and a module that will not come up in one is routinely mistaken for a dead drive.
Thinking of removing the drive yourself
It's a helpful thing to do on machines of that era, and worth doing carefully. Use the correct drivers rather than something approximately right — rounding a screw head turns a simple job into an awkward one. Once the retaining screw is out, the blade lifts at a slight angle; never lever it, because bending the fine-pitched connector is the one injury you can inflict that actually matters. Handle the module by its edges, keep it away from carpet and fabric, and transport it in an anti-static bag rather than loose. And don't buy an adapter to test it first: the inexpensive ones vary in which generations they properly support, so a module that stays silent in one is regularly mistaken for a dead drive when it's simply not being addressed. If anything resists at any point, stop and bring the whole machine — it costs nothing extra.
Bring it in an anti-static bag and skip the adapter — call Glasgow Data Recovery on 0141 404 0294; read on a generation-matched interface, imaged in one session, verified and returned.
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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.