Recover data from a dead SSD using hardware tools

Comprehensive Guide to Successful SSD Data Recovery: Outranking the Competition


In the realm of data storage, Solid State Drives (SSDs) have emerged as the frontrunners, offering unparalleled speed, efficiency, and durability. As the popularity of SSDs continues to soar, so does the concern for potential data loss. If you’ve encountered a failed or crashed SSD, fear not; this comprehensive guide unveils the intricacies of SSD data recovery, ensuring you regain access to your valuable information.

Understanding Solid State Drives (SSDs)

A Solid State Drive is a cutting-edge storage device utilizing electronic read, write, and erase operations. Unlike traditional Hard Disk Drives (HDDs), SSDs leverage flash memory, providing rapid data access and energy efficiency. The heightened performance makes SSDs a staple in high-end machines and secondary storage for PCs.

Common Reasons Behind SSD Failures


SSD failure can be triggered by overheating, often induced by heavy workloads or intense operations. While SSDs are designed to handle elevated temperatures, consistent extreme conditions or lack of proper cooling can lead to eventual failure.

Physical Damage

Despite lacking moving parts, SSDs aren’t immune to physical damage. Manufacturing faults and external factors such as drops, water submersion, or heavy blows can compromise the integrity of an SSD, resulting in data loss.

Improper Device Usage

Misuse, such as writing random information consistently, exposure to electrical fluctuations, or incorrect shutdown procedures, is a prevalent cause of SSD crashes. Monitoring SSD health through available tools is crucial for preventing premature wear.

Firmware Failure

SSD firmware complexity can lead to failures during upgrades. Careless firmware updates may force SSDs into fail-safe mode, risking data loss. Vigilance during firmware upgrades is paramount to maintaining data integrity.

Data Corruption

Malware infections, bad sectors, or short circuits can corrupt data within an SSD, rendering segments inaccessible and causing data loss.

Recovering Data from Failed SSDs

Yes, recovering data from a failed SSD is possible, but the process is intricate due to the technological sophistication of SSD construction. Before delving into recovery, disable the TRIM command, as its enabled state significantly reduces the probability of successful data recovery.

Checking TRIM Command Status

  • Press Windows key + X
  • Select Command Prompt (admin)
  • Enter: fsutil behavior query DisableDeleteNotify
  • If the value is (0), TRIM is enabled; if (1), it’s disabled.

Best Practices for Data Recovery

  1. Disconnect SSD: Upon data loss detection, disconnect the SSD and connect it to a different PC for recovery.
  2. Write Data to a Different Drive: Avoid overwriting data on the same SSD; recover to a different drive.
  3. Choose the Right Recovery Method: Opt for the most suitable data recovery method initially, and if unsuccessful, consider professional data recovery services.

Using Data Recovery Software – Disk Drill

Disk Drill stands out as an efficient, industry-leading data recovery software compatible with both macOS and Windows. Its user-friendly interface makes it accessible for beginners, while its premium features, including S.M.A.R.T. Disk Monitoring, enhance data protection.

Steps for SSD Recovery with Disk Drill

  1. Download and Install: Obtain Disk Drill from the official website.
  2. Launch the Program: Select your SSD and choose All Recovery Methods.
  3. Scan for Lost Data: Disk Drill will scan your SSD, displaying progress and recoverable files.
  4. Review and Recover: Preview and select files for recovery, then choose a different storage location.

Consulting Data Recovery Centers

If software recovery proves insufficient, consulting a data recovery center becomes the next logical step. These centers, though potentially costly, boast the expertise and resources necessary for successful data recovery. Key considerations when choosing a data recovery service include trustworthiness, pricing transparency, and a “no data/no charge” policy.

Repairing a Recovered SSD

After successful data recovery, consider methods to repair your SSD and prevent future failures.

Method #1: Update SSD Firmware

  • Access Device Manager
  • Choose SSD Properties > Details > Hardware Ids
  • Run the SSD firmware update tool to resolve potential corruption.

Method #2: Update SSD Drivers

  • Navigate to Device Manager
  • Update SSD drivers and reboot your PC for resolution.

Method #3: Power Cycle

If a power failure caused the failure, power cycling may revive the SSD. Follow the outlined steps for a potential solution.

Method #4: Run CHKDSK

Unknown file system errors can be addressed using the chkdsk utility. Execute the command in Command Prompt for potential resolution.

Method #5: Format SSD

As a last resort, format the SSD, ensuring data backup, to resolve persistent issues.

Proactive Measures for SSD Protection

To maximize SSD lifespan and prevent failures, adhere to these proactive measures:

  1. Avoid Extreme Temperatures: Maintain optimal operating temperatures to prevent SSD issues.
  2. Power Outage Precautions: Connect your computer to an uninterruptible power supply to safeguard against data loss during sudden power outages.
  3. Enable TRIM Command: Enhance SSD performance and longevity by enabling the TRIM command.
  4. Optimize SSD Space: Regularly clean out SSD space to optimize performance through wear leveling.


In conclusion, while SSDs offer unparalleled performance, understanding data recovery processes is crucial. This comprehensive guide empowers you with the knowledge needed to recover data from a failed SSD effectively. Whether utilizing data recovery software like Disk Drill or seeking professional assistance, your journey to successful data recovery starts here.