SSDs fail differently to hard drives — usually suddenly, and often with no warning. Recovery is possible, but the technology makes it more complex. Here's why they fail, what can be recovered, and what not to do in the meantime.
SSD recovery is possible, but NAND, controllers and encryption make it harder than a hard drive. Stop using it, don't reformat, and get a specialist diagnostic.
SSDs have no moving parts, but they fail in their own ways — usually suddenly, and often with no warning at all.
The most common SSD fault: the controller chip dies and the drive 'bricks' — it vanishes from the computer entirely.
The memory cells wear out after many write cycles, leading to errors, read-only mode or failure.
A surge or abrupt power loss can corrupt the mapping tables the drive needs to find your data.
The drive shows up at the wrong capacity, as a different device, or not at all.
A hard drive stores data in a fairly readable layout. An SSD constantly shuffles data across its NAND chips using a controller, wear-levelling and mapping tables — and frequently encrypts it at hardware level. When the controller fails, the map that says where everything lives is lost. Recovering the data can then mean reading the raw NAND chips directly and rebuilding that translation in software, which is specialist, chip-level work. TRIM adds another wrinkle: deleted data on an SSD is often cleared for good within minutes.
In many cases the answer is yes. A bricked controller or corrupt firmware can often be worked around to reach the NAND and recover your data; encrypted drives need the password or key. Stop using the SSD, don't reformat or run 'repair' tools, and get a diagnostic so you know where you stand. We recover NVMe, M.2 and SATA SSDs across all the major makes, with a free assessment first.
Quick answers to what people ask most.
Often, yes. A common SSD failure is the controller 'bricking' so the drive vanishes, while the NAND chips still hold your data. We can frequently work around the controller or read the NAND directly to recover it.
SSDs spread data across NAND chips using a controller, wear-levelling and mapping tables, often encrypted. When the controller fails that map is lost, so recovery can mean reading the raw chips and rebuilding the translation — specialist work compared with a standard hard drive.
Usually not. SSDs use TRIM, which permanently clears deleted data quickly to stay fast. Deleted-file recovery on SSDs is unreliable — but recovering a failed or unreadable SSD is a separate service that's often successful.
Single SSDs start at £300 + VAT with a free diagnostic first and no fix, no fee on most jobs. Chip-level NAND work is more involved; your exact price is confirmed in writing after the diagnostic, before any work.
Don't reformat or run repair tools. Send it in for a free diagnostic and we'll tell you what we can recover from the NAND.