A hard drive that's dead silent, with no spin, no vibration, and no detection, usually has an electrical problem, and the platters holding your data are often untouched. We repair or replace the circuit board using your drive's original calibration data and recover your files for one flat $1,200, and you pay nothing if we can't recover them.
When a hard drive gets power, its circuit board (PCB) starts the spindle motor and loads the heads. If nothing happens at all, the board usually isn't working or isn't getting power. That can be a bad cable, port, or power adapter, a failed external enclosure, or a fault on the drive's own board.
Many drive boards include protective components such as TVS diodes, which short out to absorb a voltage spike from a surge or the wrong power adapter. That protects the rest of the drive but leaves it dead until the component or board is repaired. Other parts, including the motor controller chip, can fail too. Modern boards also store calibration data unique to that specific drive, which is why swapping in a board from an identical model usually doesn't work.
Less often, the silence is mechanical: a seized spindle motor or heads stuck to the platters can leave a drive motionless, although those usually hum or beep instead. In either case, the data on the platters is often still intact.
Engineers test the board, its protective components, and the motor circuit to find where power is failing, and check whether the motor and heads are healthy.
Damaged components are repaired, or a compatible donor board is fitted with your drive's original ROM data transferred over so the drive runs with its own calibration.
If the motor has seized or the heads are stuck, the drive is opened in a cleanroom, where heads are freed or replaced, or the platters are moved to a donor chassis.
The drive is imaged with professional hardware imagers that control retries, the file system is rebuilt from that copy, and your files are checked before they're returned on a secure return drive.
Drives that won't spin because of a board or power fault are often among the more recoverable failures, because the heads and platters are frequently undamaged. The odds drop if the drive was powered repeatedly after a surge, if a mismatched board or wrong adapter was tried, or if the surge also damaged the heads or the drive's firmware. A seized motor needs more involved cleanroom work. We can't confirm the outlook until the drive is diagnosed, and if we can't recover your data, you pay nothing.
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