Solid-state drives are generally more durable than hard disk drives.

• A. False
• B. True
• C. It depends
• D. Not sure

Answer: (B)

Durability here means how likely a drive is to keep working when subjected to physical stress. Solid-state drives have no moving parts, so they don’t rely on spinning disks or moving read/write heads. That absence of mechanical components makes them far less vulnerable to shock, drops, and vibration, which are common causes of failure in everyday use.

Hard disk drives, on the other hand, depend on spinning platters and motors with precision heads that move across the disk surface. Any impact or rough handling can cause head crashes, motor wear, or platter damage, leading to data loss or drive failure. That fundamental difference is why SSDs are generally considered more durable.

There are caveats: SSDs do wear out over many write cycles, but modern drives use wear leveling and have endurance specs to manage this. For typical use, durability favors SSDs, though for certain long-term, high-capacity archival needs, HDDs might still have a role.