Recovering Data from a Failed SSD: A Step-by-Step Guide

Short version, my PC randomly restarted and now won’t boot into Windows. The primary drive (Teamgroup MP33 SSD) isn’t showing in BIOS, so I’m guessing it’s toast (my other M.2 drive shows up fine, so it’s probably dead). Lesson learned, I’m going with Samsung from now on.

Got a replacement drive coming. I’d love to copy all the data from the failed SSD to the new one, if that’s doable. The SSD LED blinks red when I start the PC, so maybe it’s not totally gone. Can I handle this myself? Thanks folks

My SSD crapped out too, it’s a Western Digital WD Blue SA510. Was in an Acer laptop, then one day it just wouldn’t boot. Can’t even get it to show up on my desktop with a SATA-to-USB cable. And it’s not even 2 years old.

Reading other comments, I’m starting to think SSDs aren’t as dependable as old-school hard drives (the spinning ones).

Same thing happened to my computer’s SSD. Been acting up for a bit—corrupted files, system errors saying the HDD has bad blocks that chkdsk couldn’t fix. Good thing I only keep the OS on my internal drive. Got a 2TB external hard drive and a 2TB SSD for my data. One’s for daily use, the other (the trusty hard drive) is for backups. Only bummer is losing my APPDATA—it’s got all my game saves. There goes all my progress.

Maybe. I had a failing SSD and used EaseUS to get most of my stuff back. They got a free version you can test out. Let me know if it works for you, OP.

Not trying to call anyone out, but that software usually doesn’t cut it in most cases. If your drive was really failing and not just having some filesystem glitch, it’s practically a miracle if that program worked.

Thanks, I’ll give it a shot and let you know.

Don’t do it. First, no software works if the drive isn’t detected. Second, EaseUS is overpriced junk, almost a scam. Third, if your drive somehow shows up again, just clone it to a stable drive with ddrescue (or HDDSuperClone, but it’s the same for NVMe drives).

Yup. Don’t connect it to a running Windows OS. Try a Linux environment (it might show up) and do a full sector-by-sector copy. DDRescue’s solid—it can grab all the good sectors first before stressing the bad ones.

Why do you suggest Linux over Windows for this?

Just from my experience. Can’t quite nail it down, but I think Windows messes with the device somehow. Had a few failing HDDs recently that wouldn’t show in Windows, but my Linux live tools picked them up. Did a full sector copy with ddrescue to another HDD (as an image file) and pulled the data off the image no problem.

> Basically I want to do a 1 to 1 copy of all the data on the failed ssd to the replacement, if possible.

> Is this possible to do on my own?

Nope, because

> The main drive (Teamgroup MP33 ssd) no longer shows up in BIOS

That’s game over for DIY recovery. If it’s not in BIOS, no software can touch it.

> Lesson learned, I'm sticking with Samsung from now on.

Teamgroup makes some of the worst SSDs out there, but even better ones can fail suddenly, going from working to dead fast. Only real fix is solid backups.

That sucks. Not gonna stop me from trying, tho.

Weird thing is, this drive did this once before. A quick reboot fixed it, so I’m hoping it magically comes back and I can recover my data. Fingers crossed, and thanks for the tips.

Here’s a heads-up: SSDs often die without warning. What you saw—stops working, then works again after a reboot or two—is usually the first sign of trouble. It might last one more cycle or a few hours, but don’t count on it happening again. Next time, skip the cheap drives and back up everything the second you notice anything weird.

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Platter swaps? That’s super rare. Platters are like the last thing you’d move.

Quick follow-up: Should I send it for RMA? Got some personal stuff on there.

RMA will get you a new drive (sell it quick if you’re smart), but it won’t save your data. If it’s not worth a specialist, go for the RMA. The company’s not gonna care about recovering your data—they’ll probably just note the issue (if they can) and toss it in the shredder.

Not sure what you’re asking. RMA means you get a new drive, but your old one’s probably headed for the scrap heap. They might try to refurb it, but most of these drives fail because of lousy flash memory, so no need to stress about someone snagging your data if they don’t wipe it.

Yeah, I’m torn between eating the loss or risking my data for an RMA replacement.

Go for the RMA.

Even Samsung drives can tank. My Samsung 970 EVO Plus just died on me after 1.5 years. MicroCenter couldn’t recover anything—it’s done for! Now I say always, ALWAYS back up your stuff!

My drive failed too, after about 2.5 years.

How’d it go with MicroCenter? I’m dealing with an NVMe external reader and nothing’s showing up after getting my PC running again.

Did they charge $50 just to say it’s unreadable and $200 to recover if it was possible?

My Samsung 970 EVO crapped out too, lesson learned :(

Lost my 860 EVO. Had it for years, stored EVERYTHING on it. Did a partial backup, but not enough. Recovery folks said it was a controller issue. SSDs can just fail out of nowhere, so back up daily or at least weekly.

Funny thing? Samsung could avoid all this if they offered data recovery. They know the chip and proprietary stuff inside out—could probably decrypt and fix it easy.

My Evo Plus just up and died too after like 2 years.

Yeah, you can recover data from a failed SSD, but it depends on what went wrong. For small stuff like corrupted files or deleting something by mistake, software like Disk Drill or EaseUS usually does the trick. But if the SSD’s physically busted or has major hardware issues, you’ll probably need pros with special tools to pull data off the memory chips. Just a heads-up, SSD recovery’s trickier than old-school hard drives ‘cause of how flash memory works.

@harry_roy Yo, have you looked at our knowledge base stuff? (Get Support for Your SSDs and Flash Products | SanDisk) Check this out: * Third-Party Data Recovery Software for Windows and macOS | SanDisk. You opened a Support Case yet? If not, hit up SanDisk Technical Support for help. (Contact Support | SanDisk)

I’m kinda late to the party, but I wanna share my story to help folks with the same problem. My SSD crapped out recently – had backups, but couldn’t get to ‘em when I needed. After poking around and testing some options, I hit gold with BLR Data Recovery Software. It was super easy to use and got all my data back no sweat. If your SSD’s acting up, you should totally give it a shot!

Yup, you can get data back from a failed SSD. For logical failures, stuff like Stellar Data Recovery, Recuva, or Recoverit can do the job. If it’s a hardware problem, you might need to call in the pros. If the SSD’s still kinda working, give recovery software a go first. How to Recover Data from Failed SSD?

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Grab a USB stick or a USB hard drive to back up your personal stuff. I stick with USB hard disks ‘cause they got tons of space.

Yea, you can often recover data from a failed SSD, but it hinges on what kinda failure you’re dealing with: Logical Failure (like deleting stuff by accident, corruption, or formatting): Give software like 4DDiG Data Recovery a whirl—I’ve had luck with it on SSDs with messed-up partitions. It does deep scans without screwing up your data. Firmware/Controller Failure (drive’s not showing up): If the SSD’s totally invisible, you might need pros like DriveSavers. Physical Damage (like NAND wear or PCB problems): DIY’s a bad idea; hit up a lab if the data’s super important. If the SSD’s still kinda visible (even with errors): Stop using it ASAP to avoid more damage. Hook it up as an external drive with a USB adapter and run recovery tools. 4DDiG’s solid for logical issues—it’s gentler than some tools, which keeps things safe. Just make sure to save recovered files to another drive! (Oh, and skip the freeze/heat tricks for hardware issues—modern SSDs don’t play like old HDDs.)

You likely got no shot at recovering it. Bring the drive to a nearby recovery place to check if there's any chance.

That ain’t explaining much. What could mess up an SSD like that? What would a recovery center try that I haven’t done already? Why’s it acting so weird when I try to boot it?

SSDs can crap out like any other drive, and there’s not much chance of getting data back from the cells.

“What could cause an SSD to end up like that?” - Getting old, too many writes, or just hardware breaking. Recovery companies got tools most folks don’t have. Like others said, pulling data off an SSD is super tough, even if regular recovery tools can see the device.

Can’t say for sure about any specific drive. Mean time to failure’s a factor too. You’d have to reach out to Dell Support and ask ‘em.

Thanks for a real interesting and *informative* response that breaks down what’s done, even stuff like swapping chips sometimes, and why you need special know-how and gear.

This response means a lot to me, ‘cause when I was dealing with the busted HDD, a bunch of recovery companies said they couldn’t open or check physical damage on the drive. Their plan was just to hook it up to different machines (which I’d already tried). So I figured out if they didn’t mention that, they were gonna waste my time.

@Nathan; At a glance, it looks like you’re facing a firmware problem, maybe from NAND wearing out, or could be an unclean shutdown or even cosmic rays. Ain’t nothing to open up on this SSD. But brace yourself, ‘cause I’d say about 70% of SSD cases can’t be recovered (though I don’t got solid data to prove it).

@nathan; think about sending the hard drive to a lab for a second opinion. If it hasn’t been opened yet, diagnostics are usually free. If it’s recoverable, it’ll probably cost less than the SSD, even if it needs clean room work.

Data recovery from messed up, crashed, or formatted drives is way simpler now with tons of recovery tools out there. I’d totally recommend iBoysoft Mac Data Recovery for pulling data off a busted SSD. It’s a beast at grabbing every bit of data from your storage. Wanna know how to get data back from a failed MacBook SSD? Here’s the deal: * First, restart your Mac in macOS Recovery mode and hook it up to a network. * Then, fire up “Terminal” from the “Utilities” menu. * Run this command to kick off iBoysoft Data Recovery in Recovery mode: sh <(curl http://boot.iboysoft.com/boot.sh) * Once it’s running, pick your MacBook SSD from the list and hit “Scan.” * It’ll scan for deleted files, and in a few minutes, you’ll see all the files you can recover. * After the scan, pick what you want to save and click “Recover.” * iBoysoft will handle the rest and dump your files to a spot on your MacBook.

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Yeah, you can recover data from a dead SSD sometimes, depending on the situation. A dead disk doesn’t always mean the data’s totally gone. You could go for a local data recovery service or try some recovery software. But before you jump in, there’s some key stuff to think about: (Local Recovery Service vs. Data Recovery Software) * What devices they work with * What kind of issues they can deal with * How much it’ll cost * How long it’ll take * Any risks involved * What you gotta prep for Wanna dig deeper into this? Check out this video:

SSDs are a game-changer for storage, no doubt. Still, data loss can happen, even with SSDs. The good news? You can often recover lost data using solid data recovery software built for SSDs. Most software out there works great for HDDs but flops with SSDs. That said, Stellar Data Recovery is a top pick for SSD recovery on both Mac and Windows. Wanna learn more about picking the right tool? Check this link: https://www.stellarinfo.com/blog/best-ssd-data-recovery-software-mac-windows/ Hope that’s useful!

SSDs gotta wipe a cell clean before writing new stuff to it, so recovering overwritten data is pretty much a long shot. If your SSD’s kaput, a data recovery company might be able to swap in a new memory controller and pull your data out. Honestly, the smartest move is to back up your stuff on at least two external drives before your main drive crashes or gets overwritten.

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If your storage device isn’t showing up, you’re kinda screwed unless you wanna shell out for pricey recovery services. Still, there’s a couple things worth a shot. Don’t bother with a USB adapter—it just adds another way for things to go wrong with its firmware. I’d try plugging into a different SATA port first, or even better, a whole different computer (your SATA port, controller, or power supply might be the issue). Also, flash memory can be funky with temperature—was your SSD running super hot or cold? Been powered off for a while? There’s some talk about how the SSD’s controller handles charge drift when it’s not powered. Maybe the device is just super confused—try leaving it powered on for a few hours, then restart the computer. Slim chance, but maybe the firmware sorts itself out and shows up on SATA again. Bottom line: hope you’ve got a backup.

You might not be able to recover the data yourself, but the SSD’s manufacturer probably can. Data in an SSD is stored as 1s and 0s, basically electrons trapped in floating gate transistors. Unless the SSD got hit with some crazy extreme conditions, not all the blocks (groups of transistors arranged a certain way) will fail at once (failed means the transistors can’t hold the electrons anymore). If that hasn’t happened, your data’s likely still there in the SSD. If the operating system can’t see the drive, it might be a firmware issue. You could try starting an RMA (return merchandise authorization) to send it back to the manufacturer. Their failure analysis team can use special tools to figure out what went wrong and might be able to pull the data off the NAND flash, as long as the critical firmware data blocks are still good.

SSDs don’t have moving parts, so they’re safe from physical damage or errors caused by that kinda stuff. But they’re still not perfect and can have issues, and unlike hard disks, they don’t give you a heads-up when they’re about to crash. Instead of spinning disks, SSDs store data in NAND flash, which is made of transistors that hold their charge even without power. This setup makes recovering data from SSDs trickier. There’s a bunch of SSD recovery software you can grab or buy, but honestly, they don’t always work great. Your best bet is to hit up a professional SSD recovery expert.

Recovering data from SSDs is way tougher than from mechanical drives ‘cause of how the data’s stored. Mechanical drives use magnetic tracks, and even if one track gets messed up or scratched, other parallel tracks can often save the day for recovery. SSDs, though, store data using charge levels in capacitors, so when data’s gone, you usually need a data recovery specialist to dig it out of an inaccessible drive. There’s software out there claiming it can recover SSD data, but I’ve never had any luck with it, even though I’ve pulled off tons of recoveries on super faulty mechanical drives using different software before.

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It’d take a miracle, honestly. I use SSDs for all the workstations at my job, but I always tell folks straight-up: “If there’s data you can’t afford to lose, keep it on the server—it’s backed up there.” ‘Cause once an SSD craps out, it’s pretty much game over.

Advanced File Recovery is legit one of the top tools for getting back lost data from a formatted SSD. I’d totally recommend giving this software a shot to recover your SSD data.

No promises you’ll get all your files back, but you can give data recovery software a whirl and see what happens. Stellar Data Recovery is a solid one to try. There’s also some free recovery software out there worth checking out. But if your data’s super important, I’d say go for a professional data recovery service. Yeah, they’ll cost more, but your odds of getting your files back are way better.

Advanced File Recovery is one of the best tools out there for pulling lost data off a formatted SSD. I’d say give this software a try to get your SSD data back.

If neither Windows nor Linux can see the hardware, I hate to break it to ya, but you’re probably outta luck. Old-school spinning drives could sometimes be coaxed back to life for a bit—like by freezing them or other hacks—to grab the data. Far as I know, SSDs don’t have those kinda tricks. If the drive’s not recognized, that’s pretty much the end of the line.

This is exactly why we back stuff up. That said, there used to be companies that could recover data using some fancy custom gear they built. It was a one-time, crazy expensive thing. They might do SSD analysis and repair these days too. Probably some parts of an SSD can fail but still leave data recoverable… but yeah, this is why we back things up.

A lotta computer issues come from loose connectors that wiggle free over time. First thing I’d do is check all the cables. Might not fix it, but it’s usually a quick check (even if some connectors are a pain to reach), and it can’t hurt. Next, try popping the SSD out and hooking it up to another computer. SATA-USB adapters are pretty cheap, and they make backing up or restoring data way less of a hassle—so you’ve got no excuse not to do it. (Let’s be real, nobody loves backing up data!) If the SSD still won’t read, you gotta assume the data’s toast. I always make sure anything important to me is backed up on two different devices, with at least one being a regular spinning magnetic disk drive. Best of luck.

Have you tried plugging it into a different computer and booting from a Linux live USB (like Kali or another Linux Toolbox) to see if you can mount the partition? If it’s not an interface issue, you should still be able to read the data.

If your system can still see the SSD, you can try some free recovery software to get your data back, or grab one of those SSD casings out there to help recover your stuff.

If the simple fixes don’t cut it, you’re left with the pricey options. Data recovery’s a serious business, and the pros expect to get paid well for their work. You gotta be real with yourself—how much is that lost data actually worth? Is it critical, or just nice to have? If it’s just for convenience, let it go. But if it’s truly important, search for “professional data recovery” online. Just know it’ll cost a chunk, and there’s no guarantee they’ll get it back. Also, ask yourself: why was this data only in one spot? Anything that matters should be saved in at least two places so a drive failure doesn’t screw you over. Bottom line: back up your stuff!

There’s some commercial forensics software that might do the trick. Check out this article, Recovering Evidence from SSD Drives in 2014: Understanding TRIM, Garbage Collection and Exclusions—it breaks down how SSD recovery works and points you to some useful software links.

If recovery software isn’t doing the job, the data on your SSD’s probably already been overwritten. SSDs get TRIMed super fast, and once that happens, recovery’s pretty much off the table.

Depends on how toast your SSD is. If it doesn’t even pop up in the BIOS, you’re kinda screwed—only shot might be a data recovery company, maybe. If it’s showing in the BIOS, though, you got a chance with some software tools to pull the data off. No way to tell ‘til you give it a go. Google something like “dead SSD data recovery” to find what tools are out there. Good luck!

I looked at the first 4 answers, and they’re all nonsense, just spammy ads pushing software that’s useless. Like those folks never heard of TRIM. Want the real deal? Keep reading… SSDs (well, the NAND chips in ‘em) need erased blocks all the time ‘cause they can only write to empty pages, not overwrite like a hard drive can. Pages make up a block, and erasing a block is one of the slowest things a NAND does. That’s all you need to get why SSDs proactively erase blocks—it’s faster than waiting for an erase when you need to write. When you delete a file or format the drive, the OS (Windows or Mac) tells the SSD what data’s gone so it can start erasing those blocks early. It does this with the ATA TRIM command, which basically says, “Yo, we don’t need blocks 100–200 anymore.” (TRIM’s for ATA; SCSI and SD cards have their own similar commands.) Then the SSD yanks those blocks (100–200) out of addressable space. If you try to read them, the SSD just spits back zeros without even checking the blocks! So, all that spammy software recovers is a bunch of zeroed-out files. A pro lab might still save your data by flipping the SSD into ‘techno mode’ or ‘factory mode’ with a $10,000+ gadget, but if your data’s worth that, power the drive off now—I’ll explain why soon. Running recovery software yourself is a terrible idea; it’ll tank your chances! Back to those ‘trimmed’ blocks: the SSD sets them aside but doesn’t erase them right away—they’re ‘stale’ pages. Writes to blocks 100–200 go to other pre-erased blocks, and the SSD tracks what’s where with a table (LBA to PBA). Eventually, the SSD’s garbage collection kicks in and wipes those trimmed blocks for good—then your data’s gone forever. That’s why keeping the drive powered on for DIY recovery is bad if the data matters; it gives the firmware time to erase those blocks it set aside. So, not only do those spammy tools recover nothing, they waste your precious time! Bottom line: you probably can’t recover data from a formatted SSD yourself. Every minute you mess around lowers the odds a lab can help. Exceptions? Sure, sometimes TRIM doesn’t kick in right away or at all—like if the SSD’s in a USB 2 enclosure, TRIM won’t reach it, and the whole process I described doesn’t happen. But generally, you’re not recovering data without a PC3000 SSD/Portable and serious know-how. Oh, and check out this video by my pal Krzys, a forensic and data recovery pro from Data Rescue Labs (no, he didn’t pay me to say this):

If you’re clueless about block devices, you’re kinda stuck. But if you know the filesystems on your drive’s partitions, each non-compressed type has a filesystem checker tool that can sideload or recover data from bad sectors. They’re not perfect (duh, the data’s already messed up), but journaling and mirroring filesystems are pretty decent at piecing together corrupted stuff. Here’s what you do: figure out the block devices on the disk, check the filesystem type, and run the fsck tool for that type. On my Linux setup, I’d open a terminal and do: * lsblk -f (to see partition info) * fsck.ext4 /dev/sda3 (runs fsck for ext4 on the 3rd partition of disk “sda”). After that, my files are as good as I’m gonna get without paying or diving into the bad sectors myself. You only asked half the question, but the other half’s crucial, so I’ll cover it. Whether you can keep using the drive after fsck depends on its type and age. --- For a USB drive used lightly for read-only stuff, bad sectors might just be from an overly aggressive write burning a spot. Once that’s flagged and offloaded, it’s probably okay short-term—but replace it if it needs to be reliable “…continues in next comment due to length” or handle heavy use. SSDs? Could be on their last legs, or maybe just a few bits flopped—either natural failure or a bad copy. If it’s dying, you’ll see constant corruption and data loss. If it’s just a few bad sectors, fsck might fix it, and you’re good. One’s a big problem where fsck only buys time; the other’s a full fix. HDDs are weird ‘cause they split into two camps based on specs. High-speed drives have tight tolerances and fast actuators, so mechanical failure’s likely early on, starting with a few bad sectors. Newer Seagate drives are notorious for this but offer 20TB and 6Gb/s speeds—people either accept the tradeoff or don’t bother fighting it. Slower HDDs? If there’s no rhythmic clicking, you can usually ignore it post-fsck or fix the board/connectors for ongoing issues. Clicking means you’re screwed—move the data ASAP. These slower ones are the “last forever” drives, chugging along at 200–500Mb/s (or even 10Mb/s for old ones). --- For serious problems, don’t toss the drive right away. Fsck gives you a window to grab a new drive and transfer data before it dies completely. For minor issues, I shouldn’t say ignore them—I should say replace when convenient. But those drives can last decades with barely any issues. Since being overly cautious feels wasteful, I’ll just say “use your judgment” for the small stuff.

I just did a clean install of openSUSE 15.6. Copied etc and var to root no problem. But when I got to the home folder, it was 112 GB to copy; took forever and then crashed at the last 12GB. The data drive vanished from dolphin superuser. Dolphin said something about the drive structure being messed up. Couldn’t mount the drive anymore. Swapped USB slots, didn’t help. Tried restarting, and 15.6 went into emergency mode. Had to reinstall again. Now all my files are stuck. I’m okay starting fresh, but I really need those personal files. What tools in 15.6 can help recover them? Thanks a bunch. Randolph

Don’t you have the original source you were copying from?

I read your post three times, but I’m still confused about what’s happening, which isn’t great. Did you accidentally copy something over another thing? Could you share the output of “inxi -dpo” and point out which part of it is the “failed SSD”?

I’m on Windows right now. I’ll grab a screenshot of the issue later today. Didn’t think to have multiple backups; just got this one SSD as a backup on a USB drive. Can’t mount the SSD via USB at the moment. Windows says it’s a “healthy partition.” The USB drive itself is fine since I’m using it to back up Windows.

Dolphin’s saying “Structure needs cleaning.” Can you let me know what tools I can use to fix this? [failedssd_structureneedscleaning1154×854 92 KB](https://forums.opensuse.org/uploads/default/original/3X/4/a/4a391a28447ac994f1f61196b38eb6fb559fbeeb.jpeg "failedssd_structureneedscleaning")

I’m worried about my Gigastone SSD: > randolph@localhost:~~> inxi -dpo > Drives: > Local Storage: total: 3.27 TiB used: 15.89 GiB (0.5%) > ID-1: /dev/sda vendor: Silicon Power model: SPCC Solid State Disk > size: 1.82 TiB > ID-2: /dev/sdb vendor: Silicon Power model: SPCC Solid State Disk > size: 953.87 GiB > ID-3: /dev/sdc model: General USB Flash Disk size: 57.62 GiB type: USB > ID-4: /dev/sde vendor: Silicon Power model: SPCC Solid State Disk > size: 238.47 GiB type: USB > ID-5: /dev/sdf vendor: Gigastone model: SSD size: 238.47 GiB type: USB > Optical-1: /dev/sr0 vendor: ASUS model: DRW-24B1ST c dev-links: cdrom,dvd > Features: speed: 48 multisession: yes audio: yes dvd: yes > rw: cd-r,cd-rw,dvd-r,dvd-ram > Optical-2: /dev/sr1 vendor: ASUS model: DRW-1814BLT dev-links: N/A > Features: speed: 48 multisession: yes audio: yes dvd: yes > rw: cd-r,cd-rw,dvd-r,dvd-ram > Partition: > ID-1: / size: 1.82 TiB used: 6.72 GiB (0.4%) fs: btrfs dev: /dev/sda2 > ID-2: /.snapshots size: 1.82 TiB used: 6.72 GiB (0.4%) fs: btrfs > dev: /dev/sda2 > ID-3: /boot/efi size: 511 MiB used: 5.9 MiB (1.2%) fs: vfat dev: /dev/sda1 > ID-4: /boot/grub2/i386-pc size: 1.82 TiB used: 6.72 GiB (0.4%) fs: btrfs > dev: /dev/sda2 > ID-5: /boot/grub2/x86_64-efi size: 1.82 TiB used: 6.72 GiB (0.4%) > fs: btrfs dev: /dev/sda2 > ID-6: /home size: 1.82 TiB used: 6.72 GiB (0.4%) fs: btrfs dev: /dev/sda2 > ID-7: /opt size: 1.82 TiB used: 6.72 GiB (0.4%) fs: btrfs dev: /dev/sda2 > ID-8: /root size: 1.82 TiB used: 6.72 GiB (0.4%) fs: btrfs dev: /dev/sda2 > ID-9: /run/media/randolph/9E69-D787 size: 57.59 GiB used: 9.16 GiB (15.9%) > fs: exfat dev: /dev/sdc1 > ID-10: /srv size: 1.82 TiB used: 6.72 GiB (0.4%) fs: btrfs dev: /dev/sda2 > ID-11: /tmp size: 1.82 TiB used: 6.72 GiB (0.4%) fs: btrfs dev: /dev/sda2 > ID-12: /usr/local size: 1.82 TiB used: 6.72 GiB (0.4%) fs: btrfs > dev: /dev/sda2 > ID-13: /var size: 1.82 TiB used: 6.72 GiB (0.4%) fs: btrfs dev: /dev/sda2 > ID-14: swap-1 size: 2 GiB used: 0 KiB (0.0%) fs: swap dev: /dev/sda3 > Unmounted: > ID-1: /dev/sdb1 size: 953.24 GiB fs: ntfs > ID-2: /dev/sdb2 size: 100 MiB fs: vfat > ID-3: /dev/sdb3 size: 544 MiB fs: ntfs > ID-4: /dev/sde1 size: 238.47 GiB fs: ntfs > ID-5: /dev/sdf1 size: 238.47 GiB fs: xfs

Alright, thanks for sharing the “inxi” output. Your Gigastone SSD is /dev/sdf, and it’s got an xfs partition at /dev/sdf1. A quick search for “xfs repair” pulled up this: ### [3.5. Repairing an XFS File System | Red Hat Product Documentation](https://docs.redhat.com/en/documentation/red_hat_enterprise_linux/7/html/storage_administration_guide/xfsrepair) 3.5. Repairing an XFS File System | Red Hat Documentation 1

Got all my personal files back! Needed to use -L in the command, but everything’s safe and sound. Thanks a ton!