Badblocks – WD 18TB Drives – Failing – Fix – NTFS

Unlocking the mystery behind the recent WD 18TB drive failures, this article sheds light on the perplexing issue and offers an effective solution to fix the NTFS-related problems.

Introduction to badblks.exe

The badblks. exe utility is a helpful tool for fixing issues with WD 18TB Drives in the NTFS filesystem. It allows you to test and repair bad sectors on your drive, improving its performance and reliability. To use badblks.
exe, you need to open a command prompt and navigate to the directory where the utility is located. Then, use the command badblks. exe [drive letter] to start the testing process. The utility will scan the drive for bad blocks and log any errors it finds.
If bad sectors are detected, you can try to fix them by using the -w option followed by the badblks. exe [drive letter] command. This will write a test pattern to the bad blocks and attempt to recover the data.

Is badblks.exe safe to use?

Yes, badblks.exe is a safe program to use for fixing failing WD 18TB drives with NTFS filesystem. It is a reliable tool that can help identify and repair bad blocks on your storage device.

When using badblks.exe, it is important to follow the instructions carefully. You can find detailed guides on how to use badblks.exe on sources like Reddit and dive. These guides will walk you through the process step by step, ensuring that you use the program correctly and effectively.

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Before running badblks.exe, make sure to back up your data and ensure that your device is connected properly. Running the program in write-mode can help fix bad blocks, but be aware that this process may take some time.

Common errors associated with badblks.exe

  • Step 1: Check the system requirements and compatibility of the badblks.exe tool with the WD 18TB drives.
  • Step 2: Ensure that the badblocks.exe tool is up to date by downloading the latest version from the official website.
  • Step 3: Run a full system scan using a reliable antivirus software to check for any malware or viruses that might be causing conflicts with badblocks.exe.
  • Step 4: Verify the integrity of the NTFS file system on the WD 18TB drives by using the built-in Windows CHKDSK utility.

    • Open a Command Prompt window with administrative privileges by pressing Win+X and selecting “Command Prompt (Admin)”.
    • Type chkdsk /f /r and press Enter to start the scan.
    • Follow the on-screen instructions to repair any detected file system errors.
    • Restart the computer once the CHKDSK process is completed.
  • Step 5: Update the device drivers for the WD 18TB drives to the latest version to ensure compatibility and stability.

    • Open Device Manager by pressing Win+X and selecting “Device Manager”.
    • Expand the “Disk drives” category.
    • Right-click on the WD 18TB drive and select “Update driver”.
    • Choose the option to automatically search for updated driver software.
      Right-click on the WD 18TB drive and select "Update driver".
Choose the option to automatically search for updated driver software.
    • Follow the instructions provided by the update wizard to complete the driver update process.
  • Step 6: Perform a firmware update on the WD 18TB drives to address any known issues or bugs that might be causing failures.

    • Visit the official WD support website and locate the firmware update for the specific WD 18TB drive model.
    • Download the firmware update file to your computer.
      Visit the official WD support website and locate the firmware update for the specific WD 18TB drive model.
Download the firmware update file to your computer.
    • Run the firmware update tool provided by WD and follow the on-screen instructions to update the drive’s firmware.
    • Restart the computer and check if the badblocks.exe tool functions properly.
  • Step 7: If the above steps do not resolve the issue, consider contacting WD support for further assistance and possible warranty claim options.
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import os

def check_bad_blocks(drive):
bad_blocks = []
# Perform checks on the drive
# Identify and store any bad blocks found in the 'bad_blocks' list

return bad_blocks

# Example usage
drive_letter = input("Enter the drive letter to check for bad blocks (e.g., C, D, E): ")
drive_path = f"{drive_letter}:\"

if os.path.exists(drive_path):
print(f"Checking drive {drive_path} for bad blocks...")
bad_blocks = check_bad_blocks(drive_path)
if bad_blocks:
print(f"The following bad blocks were found: {bad_blocks}")
print("No bad blocks were found on the drive.")
print(f"Drive {drive_path} does not exist.")

In this example, the code prompts the user to enter a drive letter (e.g., C, D, E) and then checks the specified drive for bad blocks. The `check_bad_blocks()` function, which you would need to implement, would perform the actual checks on the drive and return a list of any bad blocks found.

Please note that this code is only a basic example and may not cover all scenarios or accurately detect bad blocks. The implementation of `check_bad_blocks()` would depend on the specific requirements and the underlying system.

How to repair or remove badblks.exe

To repair or remove badblks.exe from WD 18TB drives on NTFS, follow these steps:

1. First, make sure to back up any important data on the drive.

2. Connect the WD 18TB drive to your computer using a USB or other suitable connection.

3. Open a command prompt or terminal window.

4. Type “sudo badblocks -v -w -s -o badblocks.txt /dev/sdb” to run the badblocks program on the drive. Replace “/dev/sdb” with the appropriate device name for your drive.

5. Wait for the program to complete. This may take some time, depending on the size of the drive.

6. Once the program finishes, it will create a log file named “badblocks.txt” in the current directory. You can use this log file to identify any bad sectors on the drive.

7. If you want to repair the bad sectors, you can try running a disk repair tool specific to your operating system. This may help to mark the bad sectors as unusable and prevent further issues.

8. If repairing the bad sectors does not resolve the problem, you may need to consider replacing the drive. Contact the manufacturer for warranty support or consider upgrading to a new storage device.

Remember, it’s always important to back up your data regularly to prevent data loss in case of drive failure.

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