Vmware Recover Deleted Vmdk ● 〈Verified〉

Rename the temporary descriptor file to match your original volume name: mv temp.vmdk original_disk_name.vmdk Use code with caution. Open the descriptor file for editing: vi original_disk_name.vmdk Use code with caution.

Clone the snapshot datastore volume rather than rolling back production.

The previous step created temp.vmdk and a dummy temp-flat.vmdk . You must point the new temp.vmdk descriptor text file toward your original orphaned flat file instead. Delete the temporary dummy flat file you don't need: rm temp-flat.vmdk Use code with caution.

any remaining virtual machines residing on that exact same datastore. vmware recover deleted vmdk

If the above methods are not viable, third-party data recovery tools might help.

In virtualized data centers, VMware ESXi hosts store VM disks as .vmdk files on VMFS (Virtual Machine File System) datastores. A single VMDK can range from a few gigabytes to multiple terabytes. Deleting a VMDK—whether through vSphere Client, CLI, or automated scripts—removes the pointer to disk blocks, but the raw data often remains on disk until overwritten. Understanding the recovery process is essential for administrators to minimize downtime and data loss.

(to prevent data overwrite):

Several tools can recover deleted VMDK files from VMFS datastores:

Look for lines like scsi0.virtualDev = "lsilogic" or pvscsi . Step 4: Create a Temporary Dummy Disk

If the above methods don't work, you might need to manually look for the deleted VMDK: Rename the temporary descriptor file to match your

Virtual Machine Disk (VMDK) files are the backbone of VMware virtual machines, storing operating systems, applications, and critical business data. Accidental deletion of a VMDK file—whether from a datastore, via vSphere Client, or through command-line errors—can lead to complete VM failure and potential data loss. This paper explores the causes, immediate response protocols, and step-by-step recovery techniques for deleted VMDK files in VMware ESXi and vSphere environments. It covers built-in recovery options, snapshot dependencies, storage-level restoration, third-party tools, and best practices for prevention.

Then recreate descriptor file.