Western Digital ships more of the drives on Glasgow’s desks than any other name — My Passport and Elements externals, My Book on the desk, WD Blue inside half the laptops in the city. This is the bench’s honest field guide to the family: the faults each line actually develops, the traps specific to WD, and what recovery genuinely looks like.
WD’s portable pair fail the way portables do — travel. A drop while spinning parks heads into platters; the result is the click-click-click every recovery engineer can hum from memory, or a drive that spins up and sits silent. These are mechanical injuries with mechanical fixes: matched donor heads fitted under the laminar-flow hood, then one gentle, hardware-level image, weak regions last.
The WD-specific wrinkle: on most modern My Passports the USB socket is soldered straight to the drive’s own circuit board — there is no ordinary SATA connector hiding inside — and that same board usually carries hardware encryption, whether or not you ever set a password. Two consequences. First, a broken USB port is a board-level repair, not a shuck-and-cable job. Second, the encryption means the platters are gibberish without that specific board’s secrets — so the naive fix of “swap the PCB from a donor” produces perfectly readable nonsense. Send the whole unit, untouched: the original board, or its ROM contents moved to a donor, is the key to your own data.
In the read-once sense, routinely: dead bridge boards get donor electronics, stuck heads get freed or replaced, firmware gets rebuilt — enough to image the drive completely. Repaired for continued use is a different promise nobody honest makes about a failed portable; the full reasoning is in our repair-or-recovery guide. Either way, don’t open the case yourself — the encryption lives in it.
The mains-powered My Book adds two failure doors of its own. The little bridge board that turns SATA into USB dies more often than the drive behind it — a genuinely cheerful diagnosis, since the disk is healthy once imaged past the dead bridge. Less cheerfully, My Books encrypt through that bridge on most models: bin the enclosure after “shucking” a dead-looking unit and you may have binned the decryption. The rule is the same as the portables’: everything in the box comes to the bench together.
Internal WD drives fail conventionally — age, heat, bad sectors multiplying until the machine hangs at boot — and recover conventionally: image gently on hardware that doesn’t retry a weak sector into oblivion, then rebuild from the copy. The modern complication is shingled recording (SMR), used across many recent Blues and portables: overlapping tracks make these drives agonisingly slow to image once damaged, and brutally unforgiving of consumer software that hammers them with retries. An SMR drive that’s struggling has a limited number of good hours left in it — spend them on a proper image, not on scans.
One more modern habit: the “white-label” WD — drives shucked from externals or sold unbranded — turning up inside NAS boxes and desktop builds across the city. They recover like their branded siblings, but their provenance often means no warranty and, more importantly, no sympathy from the enclosure they came out of. Keep the parts together and let the bench sort out what talks to what.
Treated early — powered off at the first click, error or vanishing act — WD recoveries succeed far more often than not, encryption and all: the fixed £300 + VAT single-drive band covers every fault above, from head swaps to board-level work to the patient imaging SMR demands. What genuinely sinks WD jobs is rarely the failure; it’s the aftermath — the PCB swapped on advice from a forum, the enclosure discarded, the free tool left scanning a dying disk overnight. Skip those, and the odds are yours.
The other half of the external-drive market, and how its failures differ from WD’s. Read it →
Unit, enclosure, cables — everything, untouched. Free diagnosis at the bench, a written figure from the fixed bands, and no fix, no fee on the standard work. WD data recovery in Glasgow, done the way the hardware demands.