NVMe sticks are the fastest consumer storage ever sold and the most abrupt about dying — no sound, no warning, just a boot error where the drive used to be. M.2 and PCIe modules from every maker land on this bench from York's offices, gaming rigs and the Science Park alike.
Every nvme job is diagnosed free. The quote turns up fixed, in writing, before a screwdriver is lifted.
No fix, no fee all jobs except electronic and mechanical failures, chip level work, DVR and Forensic jobs. Full pricing is on the data recovery cost page.
First job on any nvme is putting the symptoms against the fault — after twenty-odd years, these twenty-five account for nearly everything that comes through the door.
Controller or firmware trouble emptied the bus overnight. Behind the silence the data sits complete, waiting on better management.
Dead controller, failed power stage or mangled boot code — dead NAND being the rarest option by far. Odds favour recovery; the module just can't advertise it.
Translator collapse makes a drive answer enumeration with numbers off any known price list. Service-mode repair, clearly signposted.
The system module stopped mid-sentence. Freed from the machine, it gives up its files directly on the rig.
Bare modules throttle, then vanish under load, then scramble their tables across repeated hot spells. We image them chilled.
Windows or vendor tool, same outcome: a drive that can no longer say its own name. Reflashed here, or read around entirely.
Flash keeps no diary and sends no card. Immaculate service until the moment of collapse is the standard biography.
Thin boards lose to upgrade levers and thin envelopes. Track repair spans small breaks; chip-off spans the rest.
Surge damage to the power circuitry gets rebuilt at board level before any read is attempted. Sequence is everything.
Background erasure of freed blocks starts at deletion and pauses only without power. Pull the plug; stop the clock.
WD's flagship shipped firmware that stalled and vanished under certain loads until patched. The unpatched population keeps our booking sheet interesting.
The 980/990 generation's write appetite spent NAND life early until updates intervened. Never-updated examples still arrive exhausted.
Kingston's SNV2S ships with whatever controller and flash cleared the dock that month. What's actually inside dictates our route.
Steam Deck and handheld modules bake inside crowded enclosures. Tiny format; entirely conventional recovery.
DRAM-less Blacks borrow host memory for their maps, and one bad interaction corrupts the borrowing. Service mode puts the ledger right.
Crucial's Gen4 throttles hard bare and ages fast. First the dropouts, later the absence — the imaging window is the dropout phase.
Sustained shader compiles and cache thrash age a gaming module a year per season. Stutters are the notice period; absence is the deadline.
Host Memory Buffer defects across several budget designs corrupt mapping after sleep or a crash. A documented failure class with a documented exit.
Budget drives hammer their fast cache region until it dies, then stall or brick. The TLC behind it usually still answers.
Over-torqued heatsink screws and mangled thermal pads flex boards and crack joints. Re-worked under the scope, then imaged.
Post-BIOS-update or on a marginal riser, drive and slot stop agreeing terms and the module 'vanishes'. Proven out on known-good lab sockets.
A single NAND die failing shrinks the drive, errors its stripes or locks it read-only. We image around the dead die; its neighbours carry the data out.
Power lost during garbage collection leaves the map half-rewritten: mounts, loops, sulks. Service-mode reconstruction restores order.
Counterfeit 'Pro' modules are recovered for what they are, not what the label advertises. The label, for the record, fools nobody at this end.
Cracked socket latches and dropped PCIe lanes leave a module limping at x1, then absent. Imaged on an intact lab socket.
An M.2 stick rides the PCIe bus straight into the processor — glorious while it works, abrupt when it doesn't, because there's no mechanical stage to limp along on first. Dense firmware runs stacked NAND, and when controller or code stumbles the drive simply stops answering, files still present in the silicon behind the silence. Entry is through manufacturer service modes where the controller allows it, and chip-direct with a rebuilt translation map where it doesn't. Neither route is improved by another dozen reboots at home, for what it's worth.
Modules at 2280, 2242 and 2230, add-in cards, Gen3 through Gen5 — WD, Samsung, Crucial, Kingston, Sabrent, Kioxia, Solidigm — all workable whenever the module unplugs for posting. The standing exception is soldered-down NVMe, which stays declined. Heat earns its own paragraph: run hard without a heatsink, a bare stick throttles, drops off the bus, and over repeated episodes scrambles its own mapping — we see it every summer out of small-form-factor builds. Whatever started yours, the free assessment says what's recoverable before money enters the conversation.
Controller, firmware and chip surgery at PCIe pace — the NVMe rigs are specced so the workshop never waits:
Silent modules get raised in the maker's own service mode — firmware righted, translator rebuilt — and imaged without the NAND ever being gambled.
PCIe drives that stall or wander are captured under hardware-enforced timeouts, with retry behaviour no software tool possesses.
From 2230 stubs to 2280s, add-in cards to enterprise U.2 — native connections throughout, and active cooling for modules that faint when warm.
Where service mode cannot reach, packages come off the board and read one at a time. Longer road, identical destination.
Interleave, XOR and ECC solved from the dumps until the mapping stands again — and your volume stands on it.
Burnt power stages rebuilt component by component; cracked boards re-worked under the scope before imaging is attempted.
Reputations here were earned the hard way: early SN850X firmware wobbled under load until WD's patch, never-updated 980-generation Samsungs still arrive with their endurance spent, the NV2 is a lucky-dip whose contents choose our method, and the P5 Plus cooks wherever a heatsink was considered optional. From 2230 to 2280, add-in cards, U.2, Gen3 through Gen5 — all workable so long as the module unplugs for posting. Soldered-down NVMe is the single refusal.
Nearly every job on our bench arrived by tracked, insured post — it's the quickest, safest route in. There's no collection service, so the parcel is yours to send or hand in.
Is the drive still inside a computer, laptop, MacBook, iMac, CCTV / DVR or server? Take the hard drive or SSD out first and post the bare drive on its own — removing drives from machines isn't a service we offer. Storage that's soldered to a motherboard (Apple Silicon Macs, certain slim laptops) is the one thing we can't work on: if it doesn't come out, it can't come in.
↓ Print the booking-in & shipping form (PDF)
Address the parcel for the attention of Leeds Data Recovery — about 40 minutes from York via the A64 and A1(M), or next working day by tracked post. You'll hear from us the moment it's booked onto the bench.
Not certain what to pack? Ring 0800 689 0668 first, or run the free online diagnostic.
Free diagnosis, a fixed written figure, no fix no fee on most work — start online or ring the freephone.