An external drive costs one payment and sits in a drawer. Cloud storage costs a subscription and sits somewhere you have never been. Asking which is the better backup is a fair question with a slightly annoying answer: they fail so differently that each is the insurance policy for the other.
The honest case for the drive
Terabytes per pound, no monthly bill, and a full restore at cable speed rather than download speed. Nothing about it depends on a connection or a company. For moving a large collection between machines, or holding the third copy in a 3-2-1 setup, drives are unbeatable per gigabyte.
How drives actually fail
Mechanically, without much warning. Every spinning drive has a meaningful annual failure rate, and the classic click-of-death arrives unscheduled. SSDs fail less theatrically but no less finally.
Together with the laptop. A drive on the same desk shares every location risk - fire, flood, theft, the same power surge. Most drive “backups” are two copies of the data in one room, which the 3-2-1 rule exists to call out.
By omission. A drive backup happens when someone plugs it in. Honest question: when did yours last run? The gap between intended and actual schedule is where drive-based setups quietly rot - a backup that depends on remembering degrades to whenever-you-last-remembered.
Silently. A drive in a drawer can develop unreadable sectors with nobody watching. Without an occasional checksum audit, “backed up” and “restorable” drift apart unnoticed.
How cloud storage fails, and does not
The failure modes are different in kind: a subscription lapsing, a weak password - account security is the real attack surface - or a provider you chose badly. What it does not share with the drive: your building, your memory, or single-device durability. Storage engineered across redundant infrastructure is offsite by definition and runs on a schedule instead of an intention. With version history it also holds past states, which a mirrored drive does not - a drive synced weekly faithfully copies the ransomware over the good data on week’s end.
The genuine costs: the subscription scales with how much you actually store, the first full upload takes real time, and restore speed is bounded by your connection - worth checking against egress pricing before the day you need everything back at once.
The comparison, plainly
| External drive | Cloud storage | |
|---|---|---|
| Cost shape | One payment | Subscription |
| Offsite | Only if you carry it there | By definition |
| Runs on | Remembering | A schedule |
| Full restore | Cable speed | Connection speed |
| Survives house-level events | No | Yes |
| History and versions | Only the latest sync | Kept automatically |
| Silent decay | Real, unwatched | Monitored infrastructure |
The setup that actually works
Use both, for what each is good at. The cloud leg runs continuously and unattended: the desktop app keeps working folders synced with versioning on, photo backup covers the phone, and starting is free at 5 GB - enough to protect the genuinely irreplaceable subset today. The drive leg is periodic and bulky: a monthly clone of the full collection, stored ideally somewhere other than beside the laptop, restored from at cable speed on the bad day.
That pairing is the 3-2-1 rule assembling itself: original, drive, cloud - two media, one offsite, no single failure taking more than one copy.
If the drawer already holds your only backup
Then one gap matters more than any comparison: everything is in one building. Close that this week - start the cloud copy with the files whose loss would actually hurt, let it run overnight, and the drive in the drawer gets to be what it is good at: the fast local copy, rather than the whole plan.
Frequently asked questions
Is an external hard drive good enough for backups?
It covers device failure well and location events badly: a drive beside the laptop is lost to the same fire or theft. Drives also fail silently in drawers, so pair one with an offsite copy rather than relying on it alone.
How long do external hard drives last?
Plan around three to five years of dependable service. Failures are often abrupt, and a drive that sits unpowered for long periods can decay unnoticed, which is why occasional verification matters.
Should I use both a hard drive and cloud storage?
Yes, that pairing is the practical version of the 3-2-1 rule: the drive gives fast local restores, and the cloud copy runs on a schedule, keeps versions and survives anything that happens to your building.
