WD My Passport is one of the most common portable drives we see, and one of the trickiest, because many models encrypt your data on the drive's own USB electronics. Whether yours was dropped, stopped showing up, or has a broken USB port, we handle the mechanical repair and the encryption together. Mail it in with a free prepaid label: one flat $1,200, and you pay only if we recover your files.
The mainstream portable line. Many generations use a WD 2.5-inch drive whose USB port is part of the drive's own circuit board (native USB), with hardware encryption built in.
A metal-finish version, with USB-C on newer units. Internally similar to the standard My Passport, so expect native USB and hardware encryption on many units.
Ships formatted for macOS rather than Windows. The hardware is broadly similar to the standard My Passport, so the same encryption rules apply, and on a Windows PC it can look unreadable even when it's healthy.
A solid-state version with no moving parts. Drops are less of a risk, but controller and firmware faults can make it vanish suddenly, and the original electronics still matter for recovery.
Earlier models still turn up regularly. Their designs vary by generation, some with a separate USB bridge board and some native USB, so the exact hardware is identified before work begins.
Inside most My Passport hard drives is a single WD 2.5-inch drive. On many models there's no separate USB adapter at all: the USB connector is soldered directly onto the drive's own circuit board. That board also holds adaptive data unique to that particular drive, so a damaged port or failed board can't be fixed by swapping enclosures or plugging the drive into a SATA cable, because there's no SATA connector to plug into. The original board has to be repaired, or a replacement prepared with the drive's own adaptive data.
Many My Passport models also encrypt everything in hardware, whether or not you ever set a password. The encryption happens on the drive's USB electronics, so the data on the platters looks like random noise unless it's read back through working original electronics or the encryption is reproduced in the lab. If you set a password with WD Security or WD Discovery, it protects the encryption key, and recovery needs it. My Passport SSD models store data in flash memory managed by a controller instead of on platters, but the same principle holds: the original electronics, and any password you set, are part of the recovery.
The most common My Passport failure. A fall while the platters are spinning can damage the read/write heads or leave them stuck on the platter surface. Typical signs are clicking, beeping, or a drive that spins up and then stops. This is cleanroom work, and every retry risks scratching the platters.
The USB port on many My Passport drives is small and takes a lot of strain. A tug on the cable can crack its solder joints or tear it off the board. On native-USB models that port is part of the drive's own circuit board, so the fix is careful board-level repair, not a new enclosure.
A power surge, a faulty cable, or a failed component can take out the drive's board. On encrypted models the platters and heads may be perfectly healthy but unreadable without working decryption. Recovery means repairing the original board or reproducing its encryption using the drive's own data.
A My Passport that beeps or buzzes usually can't spin its platters, often because the heads are stuck to the surface after a knock. Repeated power-ons can turn a stuck-head case into platter damage.
Drives that freeze, slow to a crawl, show 0 bytes, or appear as RAW often have weakening heads or growing bad sectors. Repair tools and repeated copy attempts stress the weakest heads; a hardware imager reads them far more gently.
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