Solid state fails differently: no warning clicks, no grinding overture — a laptop that slept normally and woke to no drive at all. Controller death, firmware lock-ups and worn NAND each have bench routes on Princes Street, and each starts the same way: free diagnostic, fixed written quote.
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Most dead SSDs present identically — absent from the BIOS — for three different reasons. Controller failure: the chip that orchestrates every read has died, leaving perfectly healthy NAND unreadable by normal means. Firmware panic: the drive’s internal software has hit a corruption it cannot boot past, so it hides — some models present as a few megabytes, a wrong name, or a permanent ‘busy’. NAND wear or failure: the memory itself degrading, often preceded by weeks of slowdowns and read errors. The diagnostic separates them because the recovery routes differ completely — firmware-mode access for panicked drives, chip-level work where the controller is beyond negotiation.
One thing this page won’t pretend: deleted files on a healthy, TRIM-enabled SSD are usually genuinely gone — the drive erases the underlying cells within minutes as part of normal housekeeping, and no lab reverses physics. Where SSD recovery earns its keep is everywhere else: drives that died with the data in place, firmware-locked drives, failed controllers, corrupted file systems, and the many external SSDs and M.2 sticks whose enclosure or connector failed rather than the flash itself. If your case is the recoverable kind, you’ll hear it at diagnostic; if it isn’t, you’ll hear that too — for free, before any invoice exists.
SATA 2.5″ drives, M.2 blades in both SATA and NVMe flavours, mSATA veterans and enterprise U.2 all have bench fixtures here. The hard cases are soldered storage — NAND on the motherboard, standard in modern Macs and thin ultrabooks — where recovery is board-level work and honesty about the odds matters; bring the whole machine, not just hope. Whatever the format: stop writing to it, note what it last did, and let the free diagnostic name the fault.
Very often no. Sudden disappearance usually means controller or firmware failure, and in both cases the NAND holding your files is typically intact — it just needs specialist access, via firmware service modes or direct chip work. The free diagnostic establishes which route yours needs.
Software needs the drive to present itself to the computer; a failed controller or panicked firmware never gets that far. Recovery at this level happens beneath the operating system entirely — hardware access modes that consumer tools don't have. If Windows can't see it, stop running scanners and let the bench look.
Honestly: usually not. TRIM tells a healthy SSD to erase deleted cells within minutes, and that erasure is real. Exceptions exist — TRIM disabled, some external enclosures, drive failed before housekeeping ran — so it's worth the free check, but we won't sell you false hope either.
A free diagnostic first, always — then a fixed written quote before any work begins. No surprises on the invoice, because there's no invoice until you've approved the number.
A representative selection of related work from the bench.
Getting a device onto this bench only takes two moves, and the clock on your free look starts the moment it lands.
Strip out cables, caddies and power bricks — none of it helps — wrap the device so it can't shift in transit, and either post it insured to 83 Princes Street, Edinburgh EH2 2ER or bring it in yourself. Tuck a note of what happened in with it, and enclose the shipping form if you've printed one.
Arrival gets confirmed, the diagnostic runs at no cost to you, and the call that follows names the fault and states a fixed price. The bench stays idle on your device until you say go.
£300 + VAT fixed, free diagnostic first, and chip-level reading on the bench when the controller has failed but the NAND hasn’t.