External Hard Drive Data Recovery

External hard drive recovery starts at $100 for a simple enclosure failure where the internal drive is healthy. Air-filled internal drives use standard HDD pricing from $100–$2,000. Desktop externals with verified helium mechanisms use helium HDD pricing from $200–$5,000+ for mechanical work. We provide a firm quote after a free evaluation. No data recovered means no recovery fee.

Yes. Many dead external drives have a failed USB bridge board or native USB PCB, not a failed drive. We bypass the failed board when the model allows it and image through PC-3000. If the drive itself has mechanical damage, we perform head swaps in our 0.02 micron filtered clean bench. WD My Passport models may require bridge-level encryption key extraction before direct connection.

Common causes include: failed USB bridge/enclosure (drive is fine, interface is dead), USB cable failure, drive firmware corruption, mechanical failure (clicking), or PCB damage from power surge. Many "dead" external drives just have a failed enclosure; the internal drive is often fine.

Do not click "Format" and do not run CHKDSK. Windows throws this prompt when the partition table or Master File Table (MFT) is unreadable, often after a sudden disconnect or power failure. The drive's file system has gone RAW, but the underlying data is still on the platters. Formatting or running CHKDSK overwrites the original directory structure.

We connect the drive through PC-3000 Data Extractor and virtually parse the MFT (for NTFS) or Catalog File (for HFS+ Mac-formatted drives) in RAM, reconstructing the directory tree without writing a single byte back to the damaged media. This is a Tier 2 file system recovery starting at $250 when no physical damage is present.

Power it off and stop retrying it. Seagate states that a single intermittent beep most often means the drive is not getting enough power, so a different port, a powered hub, or a Y-cable is worth trying once. If it still beeps on good power, it needs the bench. The beep won't tell us which part failed. We find that out once the drive is open.

Yes, but do not remove the drive from its enclosure. Many WD My Passport models use hardware AES-256 encryption through the USB board, even if you never set a password. If that board fails, the encryption metadata can be stored in board firmware, controller state, or service-area metadata depending on the model. We preserve the original USB path when required, or extract the key metadata through PC-3000 when the model supports that workflow.

Usually yes. Dropped drives often suffer head crashes or stuck heads. We perform head swaps in our clean bench environment using donor parts. Success depends on platter condition. The sooner you stop using it after the drop, the better the recovery chances.

Opening the plastic enclosure is usually safe. Opening the internal hard drive mechanism is not; that requires clean bench conditions. However, if you have a WD My Passport or other encrypted drive, do not remove the drive from its enclosure.

It depends on the original enclosure. In a generic non-encrypted 3.5-inch desktop external, the bridge just translates USB to SATA & the platters hold plaintext. If that bridge died and the drive inside is healthy, a new generic enclosure or a SATA dock often works.

On a WD My Passport or My Book with hardware AES-256 at the bridge, swapping enclosures produces ciphertext: the Data Encryption Key is bound to the original bridge SPI flash or service-area metadata, and a generic third-party enclosure does not carry that key path.

Many newer WD portables integrate the USB controller directly into the HDD PCB with no exposed SATA edge connector, so there is no enclosure to swap into at all; recovery requires a supported native-USB workflow or a SATA conversion on PC-3000 Portable III.

If the drive is clicking, a new enclosure won't help, & more power cycles risk platter scoring.

Data recovery is not a drive repair. When we open a drive in the clean bench and swap heads, the drive is only kept alive long enough to image the data sector by sector using PC-3000. The mechanism is not stable for continued use after the factory seal is broken and donor parts are installed. The cost covers extracting your data to healthy media, not returning a working drive.

Capacity alone does not change the base recovery tier for air-filled external drives. A standard head swap costs $1,200–$1,500. High-capacity portable drives often use Shingled Magnetic Recording (SMR), which complicates firmware-level recovery.

Desktop externals with verified helium mechanisms use helium HDD pricing from $200–$5,000+. The higher helium range reflects sealed-chamber architecture and tighter platter/head tolerances. Helium cost: $400-$800 additional for head swap and surface damage tiers. This covers the helium refill required after opening the sealed chamber. Helium donor drives must be an exact match. Typical donor cost: $200–$600 depending on model and availability, plus helium refill cost ($400–$800) required after opening the sealed chamber.

No. Recovery cost is determined by the physical state of the hardware, not the volume of data stored. PC-3000 Data Extractor images the drive sector by sector.

Getting 10MB of documents off takes the same clean-bench work and the same donor heads as getting 900GB of video files off the same drive. The pricing tiers ($100 for enclosure failure up to $1,200–$1,500 for a head swap) reflect what component failed, not how full the drive was.

Donor parts are separate from the Tier 4 head swap price of $1,200–$1,500. Finding a compatible donor means matching the exact model number, firmware revision, and preamp configuration. The donor drive is destroyed during the procedure; we harvest the head stack assembly and install it in our 0.02 micron ULPA-filtered clean bench.

Donor drives are matching drives used for parts. Typical donor cost: $50–$150 for common drives, $200–$400 for rare or high-capacity models. We source the cheapest compatible donor available. We communicate the donor cost during the free evaluation before any paid work begins. There are no hidden parts fees after you approve the quoted price.

The destination drive is separate from the recovery fee. After imaging, we write the recovered data to a new, healthy external hard drive or flash drive. You can ship a blank drive with your mail-in package, or we provide one at market cost. The original drive cannot be reused after clean-bench work breaks the factory seal and donor parts are installed.

Turnaround depends on the failure type. A bridge-only failure where the internal drive is healthy follows the 3-5 business days simple-copy queue. Firmware corruption requiring PC-3000 Service Area rebuilds follows the 3-6 weeks firmware queue. Head swaps follow the 4-8 weeks mechanical queue because donor sourcing must match the exact model, firmware revision, & head preamp configuration. +$100 rush fee to move to the front of the queue if you need faster turnaround.Contact us before shipping so the intake note is attached to the work order.

External hard drive data recovery pricing is published because we operate a single lab in Austin, TX with no franchises, no outsourcing, and no diagnostic fee.

The technician who diagnoses your drive is the same person who performs the recovery. Our five published tiers ($100 to $2,000) cover PC-3000 firmware work, clean bench head swaps, and platter cleaning without a diagnostic fee.

Seagate Backup Plus Slim and Portable drives from the Rosewood era can develop firmware faults and degrading heads. Firmware repair on Rosewood costs $600–$900 because we have to stabilize the firmware, work around translator corruption, and image the drive without letting background repair routines make the media worse.

If the drive was dropped & we find failed heads on the bench, it moves up to $1,200–$1,500 for a clean bench head swap with closely matched donor parts.

No. Many WD My Passport drives use a native USB PCB rather than a standard SATA connection. Buying a donor board and plugging it in won't work. Each board's ROM stores unique adaptive parameters for head calibration, and the AES-256 encryption key may be tied to the controller family and original board metadata.

Recovery may require reading the original ROM or bridge metadata, converting the native USB pinout to SATA, and using PC-3000 to preserve or reconstruct the encryption path when the model supports that workflow. This puts many WD Passport recoveries in the firmware tier at $600–$900 when the internal drive is healthy.

Usually not. The enclosure is a plastic shell around a drive mechanism and a USB bridge board or native USB PCB. If only the board or USB port broke, the internal mechanism may be healthy and recovery is a Tier 1 simple copy at $100. We bypass the failed board when the model allows it and image through PC-3000.

If it was dropped while spinning & we find crashed read/write heads on the bench, it becomes a $1,200–$1,500 head swap. We evaluate the drive and board path to determine which scenario applies before quoting.

Yes. Many WD My Passport drives use a native USB PCB tied directly to the drive firmware. When the firmware Service Area (SA) modules become corrupted, the drive spins but cannot enumerate over USB. We convert the native USB PCB to a standard SATA pinout and use the PC-3000 WD utility to diagnose and rewrite the corrupted SA modules directly on the platters. This is a firmware-tier recovery at $600–$900.

This can be a symptom of USB bridge faults, UAS negotiation problems, power instability, or a degrading internal drive. The internal SATA drive may be healthy in bridge-only cases. We remove the mechanism when the model allows it and image it directly via PC-3000, eliminating the faulty bridge from the data path. This is typically a Tier 1 recovery at $100 when the bridge is the only failure.

An I/O (Input/Output) device error means the operating system cannot read from or write to the drive. Common causes include bad sectors, a failing USB cable, degraded read/write heads, or a corrupted bridge chip. Disconnect the drive immediately.

If the drive is clicking or making unusual sounds, it has a hardware fault, & running it longer can cause platter scoring. Try a different USB cable first to rule out cable failure. If the error persists, the drive needs professional diagnosis via PC-3000 direct SATA connection to determine whether the failure is in the bridge, firmware, or heads.

Mechanical hard drive data recovery requires a 0.02 micron ULPA-filtered clean bench, exact-match donor parts, and PC-3000 firmware-level imaging. Our nationwide mail-in service ships directly to our Austin, TX lab, the only physical Rossmann location.

External hard drive data recovery gets expensive when the drive needs clean-bench labor, donor matching, and sector-by-sector imaging after mechanical work. Our head-swap tier is $1,200–$1,500 because it covers donor matching, a 0.02 micron ULPA-filtered clean bench, and PC-3000 imaging.

We operate a single lab in Austin, TX, with no franchises and no outsourcing. The technician who diagnoses your drive is the same person who performs the recovery. Our five published tiers ($100 to $2,000) cover the same PC-3000 procedures & clean bench head swaps without a diagnostic fee.

If the drive makes no unusual sounds, try a different USB cable & port first. If that doesn't work & the drive isn't clicking or beeping, free tools like Recuva can recover logically deleted files from a healthy drive.

If the drive is clicking, beeping, or completely dead, software can't help & will make the problem worse. At that point, the cheapest path is a lab with published pricing: our bridge-only recovery starts at $100, with no diagnostic fee.

A dropped WD My Passport that needs a head swap costs $1,200–$1,500 plus the donor drive. Donor drives are matching drives used for parts. Typical donor cost: $50–$150 for common drives, $200–$400 for rare or high-capacity models. We source the cheapest compatible donor available. Because many WD Passport drives use hardware AES-256 encryption tied to the USB board, ship the original bridge with the drive. We need it to preserve or reconstruct the encryption workflow before we image the swapped mechanism. If the bridge also failed, we quote the combined encryption and mechanical workflow after evaluation. Rush placement is available: +$100 rush fee to move to the front of the queue.

Nothing. Diagnosis is free. We open the enclosure and test the internal mechanism through the appropriate PC-3000 path, direct SATA for SATA mechanisms and a native USB workflow when required. If the drive enumerates and reads cleanly, the board was the only failure and recovery is a Tier 1 simple copy at $100.

If the mechanism is clicking, not spinning, or unreadable, we quote the correct tier (firmware $600–$900, head swap $1,200–$1,500, or platter damage $2,000) before any paid work begins. There is no diagnostic fee regardless of outcome, and no data means no charge.

No. Our no-data-no-charge guarantee means you pay nothing if we cannot recover your files, even after a head-swap attempt or platter cleaning. Head-swap and surface-damage cases require the deposit listed in the pricing table because clean-bench labor and donor matching begin before imaging. Donor drives are matching drives used for parts. Typical donor cost: $50–$150 for common drives, $200–$400 for rare or high-capacity models. We source the cheapest compatible donor available. If we discover during clean-bench work that the damage is more severe than the quoted tier, we communicate the revised assessment before any escalation.

Air-filled portable and desktop drives use the same standard tiers. Firmware repair is $600–$900, and air-filled head swap is $1,200–$1,500. 3.5-inch desktop externals with verified helium mechanisms use $3,000–$4,500 head swap or $4,000–$5,000 surface damage pricing. They're sealed, and their platter and head tolerances are tighter, so mechanical work on them is more delicate. Helium cost: $400-$800 additional for head swap and surface damage tiers. This covers the helium refill required after opening the sealed chamber. Helium donor drives must be an exact match. Typical donor cost: $200–$600 depending on model and availability, plus helium refill cost ($400–$800) required after opening the sealed chamber.

2.5-inch portables often use Shingled Magnetic Recording. That makes the firmware work more complex, but it doesn't change the headline tier price.+$100 rush fee to move to the front of the queue is available on both form factors.

That depends on the value of the data, not the value of the drive. A replacement external drive is cheap compared with mechanical recovery. If the data on it is replaceable, buy a new drive.

If the data is irreplaceable (family photos, business records, creative work), recovery runs from $100 for bridge-only work to $1,200–$1,500 for air-filled head swaps. We provide a firm quote after a free evaluation so you can decide before any paid work begins.

External hard drive repair at a professional lab isn't a flat fee. What it costs depends on what failed inside the enclosure. A bridge-board-only failure where the internal mechanism is healthy is a Tier 1 simple copy at $100. Firmware-tier work, including encrypted WD Passport bridge reconstruction, is $600–$900.

A clean-bench head swap on an air-filled portable or desktop external is $1,200–$1,500, plus the donor cost, which we list separately. Donor drives are matching drives used for parts. Typical donor cost: $50–$150 for common drives, $200–$400 for rare or high-capacity models. We source the cheapest compatible donor available. Helium-sealed desktop externals are priced on our helium HDD table, $200–$5,000+. There is no diagnostic fee, and no data recovered means no charge. See the hard drive data recovery hub for the full tier table and component-level workflow.

The price depends on what we find in the evaluation, not on what the drive was doing when it arrived. If the mechanism turns out to be intact and the fault is the USB bridge, it's the Tier 1 simple-copy path at $100. A dropped drive that needs a head transplant falls into the Tier 4 air-filled head-swap tier at $1,200–$1,500 plus donor cost. Donor drives are matching drives used for parts. Typical donor cost: $50–$150 for common drives, $200–$400 for rare or high-capacity models. We source the cheapest compatible donor available.

If the platter surface is scored, it moves up to Tier 5 surface damage at $2,000 for platter cleaning. We confirm which path applies during the free evaluation before quoting. Brand-specific cost detail is published on the Seagate data recovery, Western Digital data recovery, and LaCie data recovery hubs.

Our published external hard drive repair tiers ($100 to $2,000) cover the actual cost drivers: PC-3000 firmware-level access, 0.02 micron ULPA-filtered clean-bench labor, donor matching by exact model and firmware revision, and adaptive imaging with DeepSpar Disk Imager.

Flat-rate or per-gigabyte pricing hides which of those steps you are paying for and lets a vendor swap them silently. Our donor parts cost is disclosed separately in the quote. Donor drives are matching drives used for parts. Typical donor cost: $50–$150 for common drives, $200–$400 for rare or high-capacity models. We source the cheapest compatible donor available. +$100 rush fee to move to the front of the queue when faster turnaround is required.

A logical recovery applies when the drive is mechanically healthy: it spins up, the heads track, the host sees the device. The damage is in the file system metadata (MFT on NTFS, Catalog File on HFS+). We connect through PC-3000 Portable III and DeepSpar Disk Imager, scan for lost partition tables, and reconstruct the directory tree in RAM without writing to the original media.

Logical work is Tier 2 of our HDD pricing. It starts at $250 and runs on the 2-4 weeks queue.

A physical recovery applies when the head stack has crashed, the spindle has seized, or the PCB is damaged. The drive enters the 0.02 micron ULPA-filtered clean bench, we source a donor by exact model and firmware revision, and we perform a head transplant or platter migration before imaging can begin. Head swaps run on the 4-8 weeks queue, depending on donor availability and on how much imaging time the platter surface tolerates.

RAW means the operating system can see the drive, can read its partition table, but cannot interpret the file system inside the partition. One cause is file system metadata (MFT for NTFS, Catalog File for HFS+, container superblocks for APFS) that got corrupted or partly overwritten when the drive was unplugged mid-write or the power supply failed. When that's the cause, the drive itself is usually healthy & your data is still on the platters.

Do not click Format, do not run CHKDSK, and do not run repair utilities. Each of those writes to the same metadata zone you need to recover from. We image the drive read-only through PC-3000 Data Extractor and rebuild the directory in software against the clone. Pricing starts at $250 when the drive is mechanically healthy.

Turning the drive off immediately is the right call, and it is the single most important thing a customer can do to keep a clicking drive recoverable. Clicking means the mechanism is involved, whatever the specific fault turns out to be. Every additional power-on attempt risks the working heads scoring the platter surface.

After the drive is off, do not power it back on, do not try a different cable, do not freeze it. Ship it to our Austin, TX lab.

We open the drive in the 0.02 micron ULPA-filtered clean bench & inspect the head stack and platter surface under magnification. If we find failed heads, we source a donor with matching model and firmware revision, do the head transplant, and image through DeepSpar Disk Imager. See also our guide on beeping and clicking drive symptoms.