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If you mean internal mechanical hard drives (HDDs) for 2024, the best choices by use case are:
| Use case | Best internal HDD picks |
|---|---|
| Desktop / gaming secondary storage | WD_BLACK 3.5-inch HDD, Toshiba X300 Pro |
| Large-capacity budget storage | Seagate BarraCuda 16–24TB, preferably CMR models |
| NAS / RAID / 24×7 home server | Seagate IronWolf Pro, WD Red Pro |
| Enterprise / heavy workload | Seagate Exos X24/X20, WD Gold |
| Workstation / video archive | Toshiba X300 Pro, Seagate Exos, WD Gold |
If you mean best internal storage drive overall, not strictly a mechanical HDD, then for a boot/game/application drive you should buy an NVMe SSD, not an HDD. A good 2024-style high-end choice is the Samsung 990 Pro or WD_BLACK SN850X; for PCIe 5.0 systems, the Crucial T705 was one of the speed leaders, but it needs good cooling. Tom’s Hardware’s current SSD guide still places the Samsung 990 Pro among the top M.2 SSD options, noting its strong performance, efficiency and thermal behavior. (tomshardware.com)
The term hard drive technically means a mechanical hard disk drive, using spinning magnetic platters. In modern PC building, however, many people use “hard drive” loosely to mean “internal storage.” That distinction matters:
Use an SSD for:
Use an HDD for:
A modern high-end PCIe 4.0 SSD such as the Samsung 990 Pro reaches advertised sequential speeds up to about 7,450 MB/s read and 6,900 MB/s write, while even fast 7,200 rpm HDDs are usually in the few-hundred-MB/s range. (semiconductor.samsung.com)
So the most practical 2024 recommendation is usually:
The WD_BLACK 3.5-inch HDD is one of the strongest traditional desktop HDD choices. It is a 7,200 rpm CMR SATA drive, available up to 10TB in the current WD_BLACK desktop family, with a 5-year limited warranty and performance-focused firmware/cache behavior. Western Digital’s July 2024 datasheet lists the WD_BLACK 3.5-inch models as CMR, SATA, 7,200 rpm drives with up to 512MB cache on some 10TB models and a 5-year warranty. (documents.westerndigital.com)
Best for:
Engineering note:
Even the best HDD is not ideal as a boot drive in 2024/2026. Use WD_BLACK HDD as secondary storage behind an NVMe SSD.
The Toshiba X300 Pro is a good choice for desktop workstations, multimedia projects and large local archives. Toshiba specifies it for high-end workstations and multimedia systems, with support for workloads up to 300 TB/year, up to 22TB capacity, 7,200 rpm operation and large cache. (toshiba.semicon-storage.com)
Best for:
Why it is good:
It sits between ordinary consumer desktop drives and full enterprise drives: better workload rating than typical basic desktop HDDs, but usually less expensive than enterprise models.
For NAS use, the safest recommendation is Seagate IronWolf Pro. The higher-capacity IronWolf Pro SATA models are designed for multi-drive NAS environments, and the current product manual includes 24TB, 28TB, 30TB and 32TB models. The manual also identifies an annual utilization/workload value of 550 TB/year for these high-capacity models. (wwwaem.seagate.com)
Best for:
Why it is better than a basic desktop HDD in NAS:
The WD Red Pro is the main alternative to IronWolf Pro. Western Digital lists WD Red Pro as a SATA NAS drive with a 5-year limited warranty, a 550 TB/year workload rating, up to 2.5 million hours MTBF, and capacities up to 26TB in the current range. (westerndigital.com)
Best for:
Important buying note:
For NAS, prefer WD Red Plus or WD Red Pro, not unspecified older “WD Red” models. Historically, some non-Pro/non-Plus WD Red models used SMR, which is undesirable for RAID rebuilds and heavy random writes.
For enterprise-class storage, the best choices are usually Seagate Exos or WD Gold.
The Seagate Exos X24 datasheet lists helium-sealed CMR designs, 512MB cache, 7,200 rpm speed, 24×7 operation, 2.5 million hours MTBF, 0.35% specified AFR, and a 5-year warranty. (seagate.com)
The WD Gold line is the comparable Western Digital enterprise option. Tom’s Hardware’s current HDD guide lists WD Gold as an enterprise alternative with CMR, 7,200 rpm, 512MB cache, a 550 TB/year workload rate and a 5-year warranty. (tomshardware.com)
Best for:
Tradeoff:
Enterprise HDDs can be louder and more vibration-prone in a quiet desktop case. They are technically excellent but not always the most pleasant choice for a bedroom PC.
For large, inexpensive desktop storage, Seagate BarraCuda is attractive, especially in higher-capacity CMR variants. Seagate’s current BarraCuda 3.5-inch datasheet lists the 24TB model as a SATA 6 Gb/s drive with 512MB cache, 7,200 rpm, CMR, a 120 TB/year workload rate, and a 2-year warranty. (seagate.com)
Best for:
Do not use it for:
Engineering caution:
Some lower-capacity or older BarraCuda models use SMR rather than CMR. SMR is acceptable for light archival use but poor for heavy random writes, RAID rebuilds and write-intensive NAS use. Always check the exact model number.
Although your question asks about 2024, the storage market has continued moving quickly. By 2025–2026, high-capacity drives expanded beyond the 20–24TB range: Seagate introduced 30TB HAMR-based Exos M and IronWolf Pro models, and later 32TB variants across some product lines. (tomshardware.com)
Reliability data also remains important. Backblaze’s 2024 drive statistics covered nearly 299,000 qualifying HDDs across 27 models, and Backblaze emphasizes that even a model-level annualized failure rate does not remove the need for backups. (backblaze.com)
The key trend is clear:
Recommended configuration:
Recommended drives:
Recommended drives:
Recommended drives:
Use this simple cost metric:
\[ \text{Cost per TB} = \frac{\text{Drive price}}{\text{Advertised capacity in TB}} \]
But do not buy only by cost per TB. Also compare:
For 2024 internal HDDs, my engineering shortlist is:
For most users, the best setup is not one “best hard drive,” but a hybrid storage architecture: NVMe SSD for speed, HDD for capacity, and a separate backup strategy for data protection.
