Clone a data disk
Disk copying can duplicate a data disk before replacing hardware, but the destination is often overwritten and must be chosen carefully.
Plan recoverable disk upgrades and protect data.
Choose the guide that matches your exact Windows storage issue. Review filesystem, disk model, BitLocker status and the Free/Pro feature limits before performing changes.
Disk copying can duplicate a data disk before replacing hardware, but the destination is often overwritten and must be chosen carefully.
Partition copying is useful for selected data volumes; copying a Windows system partition alone may not produce a bootable OS.
OS migration can move a Windows installation to faster storage, but requires the system, EFI and recovery layout to be accounted for.
Moving from HDD to SSD generally requires copying the needed partitions and ensuring the SSD is large enough for used data.
Cloning a UEFI/GPT Windows 11 system requires more than transferring C: because boot and recovery partitions matter.
A disk upgrade can retain Windows and installed apps if a supported disk-clone workflow preserves the boot partitions.
A reliable partition change starts with both a file backup and a recovery method for the entire system when boot partitions may be affected.
Deleted partition entries may sometimes be reconstructed if disk contents have not been overwritten; stop writes immediately.
File recovery is more likely to work when the affected volume has not been written to; SSD TRIM can significantly reduce chances.
Bootable recovery media can help when Windows will not start, but not every edition includes a boot-media builder.
If a cloned SSD does not start, the firmware boot order, partition layout or EFI boot files may not have migrated correctly.
A data-disk copy duplicates ordinary files and partitions, whereas a boot-disk migration must preserve UEFI, EFI and OS boot dependencies.