Why the M2 Pro & M2 Max Are Still Excellent Used Macs in 2025

With Apple’s M4 family officially on the scene, prices for older M2 Pro and M2 Max machines have dipped—yet their real-world performance still holds strong. For many users still on Intel or M1 systems, these M2 chips represent one of the best values in the second-hand Mac market right now. Based on benchmark data from our internal database, they deliver an impressive balance of CPU speed, GPU performance, and overall capability—especially considering how well they’ve aged compared to their M3 counterparts.

If you’re upgrading from the M1 base to the M2 base, what are your performance gains?

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Single Core - M1 vs M2 — Crawlable Benchmark Table

Family	Variant	Single Core Performance
M1	Base	2,342
M2	Base	2,656
M5	Base	4,193
M6	Base (Est.)	4,600

What about the multi-core scores?

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Multi Core - M1 vs M2 — Crawlable Benchmark Table

Family	Variant	Multi Core Performance
M1	Base	8,268
M1	Max	12,636
M1	Ultra	18,249
M2	Base	10,016
M2	Max	14,715
M2	Ultra	21,517
M5	Base	16,499
M5	Max	34,884
M5	Ultra (Est.)	33,000
M6	Base (Est.)	20,200

Note: Both M1 & M2 Pro and Max SOCs have very similar multi-core scores  so we’ve removed M2 Pro to remove overlapped data. The M2 Max’s advantage lies in its extra GPU cores.

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GPU Metal - M1 vs M2 — Crawlable Benchmark Table

Family	Variant	GPU Metal Performance
M1	Base	34,029
M1	Pro	71,001
M1	Max	112,514
M1	Ultra	161,820
M2	Base	47,196
M2	Pro	87,374
M2	Max	139,633
M2	Ultra	224,463
M5	Base	75,334
M5	Pro	137,248
M5	Max	240,682
M5	Ultra (Est.)	350,000
M6	Base (Est.)	100,000

If graphics performance is high on your list, especially for tasks optimized for Apple’s Metal API, the jump can be quite rewarding, even starting at the base level. Based on benchmark analysis, stepping up from an M1 Base chip to an M2 Base chip nets a significant Metal GPU score increase of nearly 39%. This substantial boost means users with entry-level M2 devices can enjoy much smoother graphics, quicker response times in Metal-powered apps, and a generally snappier visual experience compared to the already capable M1 Base.

Moving up the stack, the advantages continue for creative professionals and power users considering the Pro and Max variants. While perhaps not as dramatic as the Base model leap, upgrading from an M1 Pro to an M2 Pro still delivers a solid graphics performance increase, with Metal scores improving by approximately 23%. Similarly, the transition from an M1 Max to an M2 Max shows a respectable gain of around 24% in Metal benchmarks. These enhancements translate directly to faster video rendering, more fluid 3D modeling workflows, and better overall performance in demanding creative applications that rely heavily on GPU acceleration.

For those pushing the absolute limits of performance, the upgrade from an M1 Ultra to the M2 Ultra offers a truly compelling reason to make the switch. Mirroring the impressive gains seen at the base level, the M2 Ultra boasts a Metal GPU score that’s almost 39% higher than its M1 Ultra predecessor, according to the benchmark data. This massive improvement is crucial for high-end workstations tackling the most complex visual effects, large-scale 3D rendering, intensive scientific computations, and other top-tier graphical workloads, ensuring significantly reduced processing times and a smoother workflow under heavy load.

? For Creative Pros on a Budget (~$1,000–$1,300)

If you’re a video editor, motion graphics artist, or developer needing serious horsepower but can’t justify shelling out $2,000+ for a new M4 Pro or M3 Max, the MacBook Pro with M2 Pro is a sweet spot. With 12 CPU cores, 19 GPU cores, and 200 GB/s memory bandwidth, the M2 Pro delivers multi-core and GPU Metal scores (14,949 / 89,032) that are still competitive today. Plus, many refurbished or lightly used M2 Pro models with 16GB or 32GB RAM are selling in the $1,100–$1,300 range—offering performance that punches far above that price point.

? For Gamers and 3D Power Users (~$1,500–$1,700)

If your workflow leans heavily on GPU-intensive tasks—3D rendering, machine learning, or even native Apple gaming—the M2 Max remains a beast. Packing up to 38 GPU cores and scoring over 139,000 on Geekbench Metal, it even outpaces the newer M3 Max in some areas. When paired with 32GB+ unified memory, the M2 Max is capable of keeping up with pro workflows well into 2026 and beyond. Used units now regularly dip below $1,700, making them a performance-forward pick for GPU-heavy work on a mid-tier budget.

? Why They’re Smart Buys Right Now

While the M3 Pro stumbled and the M4 family has only recently launched, the M2 Pro and Max chips have emerged as stable, reliable, and high-value options. They support all modern macOS features, offer ample ports (including HDMI and MagSafe), and don’t suffer from the GPU or memory bandwidth compromises found in M3 Pro models.

Whether you’re upgrading from Intel Macs or trying to stay under budget without sacrificing pro-grade power, a well-priced used M2 Pro or M2 Max is one of the most balanced Mac buys in 2025.

Here’s the entire Apple SOC relative performance chart:

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Normalized Combined Geekbench Scores* Across SOC Generations — Crawlable Benchmark Table

Family	Variant	Normalized Combined Geekbench Scores
M1	Base	15,271
M1	Pro	24,290
M1	Max	30,453
M1	Ultra	42,741
M2	Base	19,137
M2	Pro	29,257
M2	Max	36,593
M2	Ultra	55,078
M3	Base	21,625
M3	Pro	28,513
M3	Max	39,229
M3	Ultra	60,296
M4	Base	25,689
M4	Pro	38,536
M4	Max	56,834
M5	Base	31,012
M5	Pro	51,259
M5	Max	71,585
M5	Ultra (Est.)	85,205
M6	Base (Est.)	38,499

And if you don’t need the power of a M2 Pro or Max, check out how the base M2 (in the MacBook Air 13″) is still 20% overall faster (single and multi-core CPU + normalized GPU scores combined) than the previous M1 in our comparison engine.