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// case file · Legacy · WD Caviar WD1600BB · PCB · firmware

A drive that stopped in 2006, needed for an investigation.

A WD Caviar WD1600BB-59GUC0 manufactured in August 2005 and out of service since 2006. It would start and show folder structures very slowly, then fail to open most folders and fail on almost every copy. The contents were potentially material to a police investigation.

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// the brief

What arrived, and what it was doing.

The symptom pattern was specific and informative. The drive spun, identified itself and presented a directory structure — but slowly, and with most folder opens and copy operations failing.

That is not the profile of a mechanical failure. A drive with head damage generally cannot present a file system at all. A drive that reads its own structures, however slowly, is reading successfully some of the time, which points at the electronics and the firmware rather than the heads.

The material was potentially relevant to a police investigation, so handling was documented throughout.

// diagnosis

What had actually failed.

Assessment identified a faulty circuit board alongside a firmware fault. The two frequently present together on drives of this generation: degraded board components produce marginal behaviour, and the drive's own service area accumulates errors as a result.

The very slow directory reads and widespread copy failures were consistent with a drive struggling to complete operations rather than one physically unable to reach the data.

// the work

What was done, and in what order.

StageMethodResult
PCB replacementBoard replaced, adaptive ROM transferred The original drive's calibration data moved to the replacement board. A board swap without transferring the ROM does not work on drives of this era. Board stable
FirmwareService area corrected and firmware updated Addressed the module errors causing the failed reads, restoring reliable operation long enough to image. Drive responsive
ImagingFull sector-by-sector image taken Read once and moved on rather than retrying into difficult regions, returning to those afterwards. Imaged
ExtractionData extracted from the image, custody documented Handling recorded throughout given the investigative context. Recovered
// outcome

What came back.

The data was recovered following board replacement and firmware correction. No clean-air work was required — the platters and heads were never the problem.

Twenty-year-old drives arrive here regularly and their age affects donor and board availability rather than recoverability. Our parts inventory covers IDE-era families precisely because this work keeps appearing.

// the transferable bit

What generalises from this job.

01 / SLOW IS A SYMPTOM

Not just an inconvenience

A drive that reads its own directory structures very slowly is completing operations at the limit of what it can manage. That is a hardware report, not a performance issue.

02 / BOARDS ARE NOT INTERCHANGEABLE

The ROM has to move

Each board carries calibration data unique to its own drive. Fitting a donor board without transferring that data does not work on anything of this generation or later.

03 / AGE AFFECTS LOGISTICS

Not the outcome

A drive from 2005 is recoverable. What changes is how long it takes to source a matching board or donor, which is why stock of legacy families matters.