The Big Picture
Let’s cut the fluff: the idea that a metal spoon taped to an SSD can deliver a 200% performance boost sounds like the kind of nonsense you’d see in a Facebook ad for magnetic bracelets. But after testing this Reddit-born mod across Gen 3 and Gen 5 NVMe drives, I have to admit—it’s not entirely stupid. In fact, under the right conditions, it works. Not 200% better, but enough to prevent thermal throttling on a blistering Gen 5 drive. That’s not nothing.
I’ve been building and benching PCs for over 15 years, and I’ve seen every conceivable cooling hack: pennies, bottle caps, even a copper pipe full of mineral oil. The spoon mod is the latest in a long line of “why didn’t I think of that” MacGyver jobs. But here’s the thing—most of these hacks fail because they ignore basic thermodynamics. The spoon works because it doesn’t. It’s a slab of metal with decent thermal mass, and when paired with thermal paste, it can absorb enough heat to keep a controller chip below its throttle threshold. That’s not magic; that’s physics.
The original Reddit poster claimed a 200% performance increase. That’s almost certainly an exaggeration—likely a result of running a benchmark on a heavily throttled drive, then again with the spoon. If the drive was already thermal-throttling to, say, 300 MB/s, and the spoon allowed it to hit 900 MB/s, that’s a 200% gain. But that’s a best-case scenario, not a typical one. My testing shows a more modest but still meaningful improvement: stable write speeds where there were once dramatic dips.
What You Need to Know
Let’s break down the data. I tested a Gen 3 Inland NVMe and a Gen 5 drive (name withheld because the sponsor prefers it that way) with and without the spoon. The Gen 3 drive maxed out at 43°C without any heatsink—well below the throttle point. Adding the spoon dropped it to 40-42°C. Negligible. No performance gain. That’s because Gen 3 controllers simply don’t generate enough heat to benefit from a spoon.
The Gen 5 drive was a different story. Without cooling, it hit 80°C within minutes, triggering severe thermal throttling. Write speeds plummeted by a third, with visible dips in the benchmark graph. With the spoon (and thermal paste), peak temperature dropped to 75°C. More importantly, the write speed graph flattened out—no dips, no throttling. The drive maintained its rated speed throughout the test.
But here’s the catch: the spoon must make direct contact with the controller chip. I initially used tape, which trapped heat. Removing the tape and relying on thermal paste alone improved results. Also, the spoon’s concave shape means you need to mount it upside down for maximum surface area. A flat piece of copper would work better, but a spoon is what you have.
I also tested pennies—pre-1982 (pure copper) and post-1982 (copper-clad zinc). The copper pennies performed nearly as well as the spoon, dropping temps by 4-5°C. The zinc pennies were worse, only shaving off 2°C. The lesson: material matters. Copper is king. Stainless steel is okay. Zinc is meh.
Real-World Application
Should you do this? Only if you’re in a specific situation: you own a Gen 5 NVMe, you’re seeing thermal throttling, and you don’t have a proper heatsink handy. The spoon mod is a temporary fix, not a permanent solution. It’s also a fun party trick for LAN parties or a way to win a bet with your tech-savvy friends.
For Gen 3 and Gen 4 drives, don’t bother. They run cool enough that a spoon adds no value. If you’re building a new PC, spend the $10-$20 on a proper aluminum or copper heatsink. It will look better, fit correctly, and include thermal pads. The spoon mod is a hack, not a standard.
But if you’re in a pinch—say, you’re at a hackathon and your Gen 5 drive is cooking—a spoon from the cafeteria can save your benchmark. Just make sure it’s your favorite spoon. The Reddit poster was insistent on that point.
Common Pitfalls to Avoid
First, don’t use tape that covers the controller or NAND chips. Tape is an insulator. I made that mistake initially, and it probably negated any benefit. Use thermal paste and, if you must secure the spoon, use a small piece of tape on the edges only.
Second, don’t assume any metal object will work. I tested an aluminum can (cut and flattened), and it performed worse than the spoon. Aluminum has lower thermal conductivity than copper or stainless steel. The spoon’s mass also helps—a thin aluminum strip has little thermal mass to absorb heat spikes.
Third, avoid shorting out the PCB. The spoon or pennies must not touch any exposed circuits. I used a thin layer of thermal paste to insulate and conduct simultaneously. If you’re nervous, add a non-conductive thermal pad between the metal and the chips.
Finally, don’t expect a 200% boost. That’s marketing hype. Real-world gains are more like 10-20% in sustained workloads, and only on drives that actually throttle. Most users will see zero difference.
Expert Tips & Pro Insights
From my years of thermal testing, here’s what I’d recommend if you’re serious about SSD cooling:
- **Use a proper heatsink.** The best DIY option is a copper shim (available on Amazon for $5) with thermal paste. It’s flat, conductive, and designed for this purpose.
- **Monitor temperatures.** Use HWInfo or CrystalDiskInfo to see if your drive is throttling. If it never exceeds 70°C, you don’t need a heatsink.
- **Consider airflow.** A spoon or heatsink is useless if there’s no airflow over it. Ensure your case has a fan near the M.2 slot.
- **Pre-1982 pennies are a viable backup.** They’re pure copper and have good thermal mass. Stack two with thermal paste for a DIY heatsink that costs pennies (pun intended).
And no, I’m not sponsored by the spoon industry. But I am sponsored by WhisperFlow, the voice-to-text tool I used to dictate half of this article. It’s legitimately good—better than my phone’s default, and it handles technical jargon like “thermal throttling” without typos. If you take notes or write emails, it’s worth a try. Code MRYEESTER gets you a free month.
The Verdict
The spoon mod is not stupid. It’s a clever, low-cost solution for a niche problem—Gen 5 NVMe thermal throttling. It won’t replace a proper heatsink, but it proves that sometimes the dumbest ideas work. I give it a 7/10 for creativity, a 6/10 for practicality, and a 10/10 for entertainment value.
If you try it, use thermal paste, skip the tape, and don’t expect miracles. And if you’re wondering why I tested this at all—because it’s my job to separate hype from reality. The spoon is real. The 200% claim is not. But that’s okay. Sometimes “it works” is enough.
