Case summary
A dropped drive with severe media damage needed controlled recovery.
The device was a WD 4TB native USB external Spyglass drive. After the drop, the drive had severe head damage and platter damage, making normal operation unsafe and creating a high risk of further permanent data loss.
Device
Native USB WD 4TB external Spyglass hard drive.
Failure symptom
The drive was dropped on the floor, causing severe mechanical damage to the heads and platter surfaces.
Diagnosis
Inspection showed severe platter damage and failed heads. The damaged surface contained a large concentration of the customer data, increasing the complexity of the recovery.
Recovery path
Donor head assembly sourcing, head replacement, USB-to-SATA conversion, PC-3000 firmware handling, decontamination, and optimized read cycles were used to extract as much data as possible.
What physical recovery means
Stabilizing a damaged drive before reading the media.
A dropped hard drive can suffer head damage, debris contamination, and platter surface damage. In this condition, powering the drive repeatedly or running software scans can make the damage worse. The recovery path begins with controlled lab handling, donor matching, head assembly replacement when needed, cleaning, stabilization, firmware handling, and careful imaging rather than normal file access.
This WD model used a native USB interface, which creates an additional recovery problem. For professional firmware access and controlled imaging with PC-3000, the drive must be converted from USB to SATA so the heads, firmware behavior, read settings, and unstable areas can be managed properly.
This case was especially difficult because a large portion of the customer data was concentrated on the damaged platter area. OmniData used repeated optimized read cycles to target readable zones, reduce stress on unstable areas, and extract the maximum amount of data possible from the damaged media.
Outcome
Most of the customer data was recovered successfully.
The recovery was successful and the customer received most of the data back. The result required mechanical recovery experience, donor compatibility work, firmware control, and careful imaging strategy to balance data extraction with the condition of the damaged media.
