No one has made a drive under the Iomega name since around 2013, when the brand was wound down under LenovoEMC — which means almost every Iomega external still in service is now old hardware, and old hardware fails. The bench still sees plenty of them: eGo portables, Prestige and UltraMax desktops, StorCenter units, and the occasional legacy Zip. They fail in a few characteristic ways, and most are recoverable if the drive isn’t made to keep fighting.
On many externals the enclosure’s board is part of the recovery, not just packaging — keep it with the drive.
‘Iomega’ covers a lot of different hardware, and the type matters for recovery. The eGo line was portable bus-powered drives; Prestige and UltraMax were mains-powered desktops, the UltraMax often a two-disk unit running RAID 0 or 1; StorCenter units were network drives, some of them multi-bay. Further back sit the famous Zip and Jaz cartridges — and it’s worth noting the phrase ‘click of death’ was coined for a Zip-drive fault, where a misaligned head clicked and could damage every cartridge it touched. Modern Iomega externals are, underneath, ordinary drives in Iomega cases — which is good news for recovery.
There’s rarely anything exotic about an Iomega failure — just time. The mechanical drive inside has often been spinning for a decade or more, and heads, bearings and the lubricant they rely on don’t last forever; power supplies and the small components on the bridge board degrade too. Age also makes donor parts for the older models harder to source, which is one more reason not to keep a failing unit powered: on a drive this old, the margin between a clean read and a seized mechanism is thinner than on a new one. First sign of trouble — clicking, not mounting, disappearing — power it down.
Like other externals, some Iomega enclosures do real work on their bridge board — USB-to-SATA translation, and on certain models a layer of hardware encryption. Crack the case, connect the bare drive directly, and it may not read cleanly even though the drive itself is fine, because the board was part of the chain. The rule is the same one that catches people out across the whole external-drive world: keep the enclosure with the drive, dead board included, and let the recovery work through the proper channel. It’s the shucking trap in an Iomega shell.
The dual-drive desktops and the network units are a special case, because they spread data across more than one disk — striped, mirrored, or parity-protected. A single disk pulled from a two-bay UltraMax or a StorCenter is meaningless on its own; the data only exists once the set is reassembled with its array layout intact. So don’t send one drive from a multi-bay unit and keep the rest ‘as backup’ — send all of them, labelled by bay order, so the array can be rebuilt from images the way it was meant to sit.
Iomega drive clicking, not mounting, or a multi-bay unit gone dark? Power it down, keep the case, and don’t take it apart — the diagnostic is free, the quote is fixed in writing, and a straight answer on 0131 202 0491 costs nothing at all.