Can’t you just clone the entire disk to a bigger one and then enlarge the partitions you want enlarged ?

Replace the ssd in your laptop and install fedora, set it up with the same user account name and password as your old setup. Then cp -rvp your home directory from the old drive into your newly created home dir (best to do this from your old install and make sure the uid matches with your old one) on the new ssd. Pick and choose what /etc configs you want to save etc.

Youll have to reinstall whatever applications you use. There may be some issues with KDE stuff or other config tweaks youll need to do but you should be fine.

You could attempt to clone your entire rootfs but its generally better to start fresh if you can.

Whatever you do. Full backup first 👍🏻😉

Personally, I’d go with the clean Fedora install on the new drive and copy your data over as someone else mentioned, then expand Windows once you 100% happy with it.

(I did something similar with WinXP years ago… eventually dropping Windows, so that harddrive just became a data drive)

Instead of trying to clone, it may be easier to:

• Install Fedora to new drive
• Reinstall any packages you modified from base install
• Copy over your home directory including hidden directories, plus /etc

There are several ways of doing this, but you have to be wary of how grub is configured to boot off the disks, and how your /etc/fstab is configured.

The simplest way probably is to just put the old ssd in a USB case, boot off a live usb/cd, then dd the disk (make sure you do it the right way around or there will be tears), then reboot. There are a couple ways this could fail still depending on config, but you can always put the old disk in if it does. Then once you’re in the system you can use tools like parted/kde partition manager to resize the volumes once decrypted. – And you will have your old disk as a backup the entire process.

If you want to get more comfortable with this type of work install arch / gentoo and you will learn more of the underline processes making you more confident.

Here’s what I ended up doing:

When the SSD arrived, I put it in the 2nd slot. Then, I booted Ubuntu in a Live USB and created the same partition layout in the new disk with parted.

1. Create the EFI partition and give it the same size
2. Do the same for the ext4 boot partition
3. Create a btrfs partition and give it the remaining size.
4. Encrypt this new partition with cryptsetup and mount it with the option luksOpen of cryptsetup.

Next thing was mounting the partitions of the old drive. And now, to clone the disk I first tried with brtfs-clone but as the size of what first were 220 GB increased to 260 GB, I tried just using btrfs send from the old disk and piping it to btrfs receive to the new disk. However the size didn’t change and still was 260GB, no idea why. I didn’t use dd because some comments recommended btrfs send/receive as it doesn’t copy the whole partition including empty space.

Once that was done I copied the /boot/efi and /boot partitions using cp and changed the uuids in /etc/fstab and /etc/crypttab to match the new partitions UUIDs (to know which UUID was each partition, I just used blkid and grep’ed the type of partition. For instance if I was looking for the new partition to replace the one with UUID a1b2c3, I would just use blkid | grep a1b2c3 and if it said it was a crypto partition, then blkid | grep crypto). Finally I deleted the Microsoft folder from /boot/efi as I would only use that disk for Linux.

So then I tried booting from that disk (and removed the other) but Grub was a mess - it just showed the command line. After some (stressful) hours, I found out that it was because Grub itself when first installed saves the UUID of the disk where the config is and searches for it there - so it was not using the config in the new drive.

Again, booted Ubuntu and mounted the new drive partitions. There I tried to just reinstall Grub in the boot partition but it seemed impossible because of some weird errors. So I just changed the UUIDs in Grub related files such as /boot/grub/grub.cfg and /etc/default/grub.

Tried booting again but as noticed earlier Grub was not loading the config file I edited, it was still trying to use the old one in the old drive which was removed and had the original UUIDs. Maybe just changing the UUIDs there would have done the trick but I didn’t try.

It was in that moment that I discovered the existence of configfile - a command that can be used from Grub’s shell to boot with the specified config file. Then I used configfile disk_and_path_to_grubcfg and bang! The OS selection screen appeared. At that time I had already put the old disk in the other slot as I thought everything was solved.

To my surprise, when I selected to boot fedora and typed my password to decrypt the drive, I booted to Fedora in the old drive! How could that be, if I really made sure that I was booting Grub from the new disk? So now the problem was that I was booting Grub (manually with configfile) from the new disk but the OS I was booting was in the old one.

After some time researching, the culprit was that while I changed the UUIDs in the grub.cfg config file, Fedora doesn’t add its kernel entries to that file but to the /boot/loader/entries directory. And there were the files I had to modify (just replacing the old UUIDs). One reboot (maybe also update-grub to update Grub config) and that was it, solved.

However there was one more thing to do. As I didn’t want to use the configfile command every time I boot, I just reinstalled grub.

So that was it. Hope it is useful for anyone who needs to do the same. Although the story doesn’t end there, because the new drive turned out to be defective and I had to order a new one to which I dd’ed (not going through all that again). You live and you learn!

If the OP has a Timeshift backup, is it also possible to restore one of those backups to the new 1 TB drive?

look up btrfs send and receive. you’ll be copying data from the old disk to the new. prior to that you create the same layout on the new disk (efi, boot, btrfs with LUKS, subvolumes root and home). sadly, there aren’t any readymade solutions that do this for you. big time NO on clonezilla and friends.