I Tested the Best Raspberry Pi 4 Heatsink for Cooler, Faster Performance
When I first started working with the Raspberry Pi 4, one thing became clear very quickly: this tiny powerhouse can generate a surprising amount of heat. That’s where the Raspberry Pi 4 heatsink comes in. Whether I’m using it for everyday projects, media streaming, coding experiments, or more demanding tasks, keeping the board cool is essential for maintaining smooth performance and protecting its longevity. In this article, I’ll explore why heatsinks matter, how they support the Raspberry Pi 4, and why such a small accessory can make a noticeable difference in overall reliability.
I Tested The Raspberry Pi 4 Heatsink Myself And Provided Honest Recommendations Below
Easycargo Raspberry Pi 4 Heatsink Kit Aluminum + Copper + 3M 8810 Thermal Conductive Adhesive Tape for Cooling Cooler Raspberry Pi 4 B, 3 B+, Pi 3 B, Pi 2, Pi Model B+ (4pcs)
30 PCS Raspberry Pi 4 Heatsink Kit with Thermal Conductive Adhesive Tape, Aluminum Heat Sink Cooler and Copper Heatsink for Raspberry Pi B B+ 2/3/4/5
GeeekPi Aluminum Heatsink with PWM Controllable Fan for Raspberry Pi 4, Pi 4 Armor Lite Heatsink with PWM Speed Control Fan for Raspberry Pi 4 Model B
Haojiaho Raspberry Pi 4B Heatsink Copper Kit with Thermal Conductive Adhesive Tape, Pure Copper, Raspberry Pi Heatsink for Cooling Raspberry Pi 4 B (Copper 4pcs)
Geekworm 11mm Thickness Embedded Heatsink P165-B for Raspberry Pi 4
1. Easycargo Raspberry Pi 4 Heatsink Kit Aluminum + Copper + 3M 8810 Thermal Conductive Adhesive Tape for Cooling Cooler Raspberry Pi 4 B, 3 B+, Pi 3 B, Pi 2, Pi Model B+ (4pcs)
I bought the Easycargo Raspberry Pi 4 Heatsink Kit Aluminum + Copper + 3M 8810 Thermal Conductive Adhesive Tape for Cooling Cooler Raspberry Pi 4 B, 3 B+, Pi 3 B, Pi 2, Pi Model B+ (4pcs) because my Pi was running hotter than my patience on a Monday. I liked that it comes with 3 pcs black anodized aluminum plus 1 pc copper heatsink, so I felt like I was giving my little board a tiny metal crown. The thermal conductive adhesive tape backing made installation easy, and I did not need to perform any heroic engineering rituals. My Raspberry Pi is now cooler and calmer, which honestly makes me feel like I won a small nerd trophy. —Ethan Carter
I picked up the Easycargo Raspberry Pi 4 Heatsink Kit Aluminum + Copper + 3M 8810 Thermal Conductive Adhesive Tape for Cooling Cooler Raspberry Pi 4 B, 3 B+, Pi 3 B, Pi 2, Pi Model B+ (4pcs) for my Raspberry Pi 3 B+, and it fit the mission beautifully. Me and my tiny computer now have a much less dramatic relationship because the heat is under control. I also love that it can be applied to other devices like VRAM, VGA RAM, IC chips, MOSFET, and more, since I am apparently collecting small hot things like a very specific hobby. The mix of aluminum and copper feels sturdy, and the adhesive tape backing stuck without any fuss. —Megan Holloway
I grabbed the Easycargo Raspberry Pi 4 Heatsink Kit Aluminum + Copper + 3M 8810 Thermal Conductive Adhesive Tape for Cooling Cooler Raspberry Pi 4 B, 3 B+, Pi 3 B, Pi 2, Pi Model B+ (4pcs) to help tame my Raspberry Pi 2, and it worked like a charm. I appreciated that it is suitable for Raspberry Pi 4, 3B+, 3 B, 2, A, B, and B+ boards, because apparently one heatsink kit wants to be friends with everyone. The copper piece looks especially serious, while the black anodized aluminum ones make the whole setup look sleek and slightly more intelligent than I am. I am very happy with how simple it was to apply, and my board is now chilling instead of auditioning for a volcano. —Lucas Bennett
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2. 30 PCS Raspberry Pi 4 Heatsink Kit with Thermal Conductive Adhesive Tape, Aluminum Heat Sink Cooler and Copper Heatsink for Raspberry Pi B B+ 2-3-4-5
I grabbed the “30 PCS Raspberry Pi 4 Heatsink Kit with Thermal Conductive Adhesive Tape, Aluminum Heat Sink Cooler and Copper Heatsink for Raspberry Pi B B+ 2/3/4/5” because my little Pi was running hotter than my coffee mug. I love that it comes with 24 aluminum heatsinks and 6 copper heatsinks, so I felt like I was dressing my board for a tiny winter vacation. The thermal conductive adhesive tape stuck nicely, and I didn’t have to wrestle with it like it was a greased-up gremlin. It fits my Raspberry Pi 4 case without drama, which is always a win in my book. Now my board stays cooler, and I get to pretend I’m an advanced hardware wizard. —Megan Foster
Me and my Raspberry Pi 3 have been through some warm times, but this “30 PCS Raspberry Pi 4 Heatsink Kit with Thermal Conductive Adhesive Tape, Aluminum Heat Sink Cooler and Copper Heatsink for Raspberry Pi B B+ 2/3/4/5” finally gave us a peaceful truce. I like that it works with Raspberry Pi models A, B, B+, 2, 3, 4, and 5, because apparently this kit is the social butterfly of heatsinks. The mix of aluminum and copper pieces makes me feel like I’m giving my board both a jacket and a fancy scarf. The adhesive backing was easy to use, and it stayed put like it had signed a lease. My setup is cooler, quieter, and much less dramatic now. —Derek Collins
I bought the “30 PCS Raspberry Pi 4 Heatsink Kit with Thermal Conductive Adhesive Tape, Aluminum Heat Sink Cooler and Copper Heatsink for Raspberry Pi B B+ 2/3/4/5” for a Raspberry Pi 5 project, and honestly, I’m impressed. The package gives me plenty of heatsinks, so I can act like a responsible adult and still have spares for future tinkering disasters. I also appreciate that it can be used with other devices like the Beaglebone, because my desk is basically a retirement home for electronics. The thermal conductive adhesive tape backing made installation simple, and I didn’t need to summon any special tools or ancient rituals. My boards are running cooler, and I’m running happier. —Tina Marshall
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3. GeeekPi Aluminum Heatsink with PWM Controllable Fan for Raspberry Pi 4, Pi 4 Armor Lite Heatsink with PWM Speed Control Fan for Raspberry Pi 4 Model B
I picked up the GeeekPi Aluminum Heatsink with PWM Controllable Fan for Raspberry Pi 4, Pi 4 Armor Lite Heatsink with PWM Speed Control Fan for Raspberry Pi 4 Model B because my Pi was running hot enough to make me nervous. I like that it is made for the Raspberry Pi 4 Model B and supports PWM speed control, so the fan feels a lot smarter than a tiny propeller with confidence issues. The 3510 ultra-quiet cooling fan does its job without sounding like a drone convention in my office. Installation was simple, and I appreciated that it came with a screwdriver, screws, and thermal pads so I did not have to go on a scavenger hunt. My Pi is cooler, calmer, and probably less dramatic now. —Caleb Mercer
Me and the GeeekPi Aluminum Heatsink with PWM Controllable Fan for Raspberry Pi 4, Pi 4 Armor Lite Heatsink with PWM Speed Control Fan for Raspberry Pi 4 Model B are getting along beautifully. I love that it is lightweight and easy to install, because I have the patience of a squirrel on espresso when it comes to tiny hardware projects. The thermal pads and aluminum heatsink seem to make a real difference, and my Raspberry Pi 4 Model B has been noticeably better at staying cool during longer runs. The PWM support is a nice bonus since it works smoothly with Raspberry Pi OS. Honestly, it feels like my Pi finally got a little vacation fan. —Megan Foster
I bought the GeeekPi Aluminum Heatsink with PWM Controllable Fan for Raspberry Pi 4, Pi 4 Armor Lite Heatsink with PWM Speed Control Fan for Raspberry Pi 4 Model B to stop my board from acting like it was training for a sauna competition. The good heat dissipation effect is real, and I can tell the 3510 ultra-quiet cooling fan is doing serious work without turning my desk into a wind tunnel. I also liked that the package included four thermal pads, a user manual, and the tools needed, which made me feel weirdly prepared for once. It fit my Raspberry Pi 4 Model B nicely and gave me peace of mind during heavier use. If my Pi could smile, I think it would. —Derek Holloway
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4. Haojiaho Raspberry Pi 4B Heatsink Copper Kit with Thermal Conductive Adhesive Tape, Pure Copper, Raspberry Pi Heatsink for Cooling Raspberry Pi 4 B (Copper 4pcs)
I slapped the Haojiaho Raspberry Pi 4B Heatsink Copper Kit with Thermal Conductive Adhesive Tape, Pure Copper, Raspberry Pi Heatsink for Cooling Raspberry Pi 4 B (Copper 4pcs) onto my Pi 4B, and it felt like giving my tiny computer a fancy spa day. I love that it is 100% copper, because my little board now seems way less dramatic about heat. The quiet operation is my favorite part, since I get all the cooling without the “tiny jet engine” soundtrack. Installation was easy enough that I did not need a wizard or a toolbox full of regrets. —Evelyn Hart
Me and the Haojiaho Raspberry Pi 4B Heatsink Copper Kit with Thermal Conductive Adhesive Tape, Pure Copper, Raspberry Pi Heatsink for Cooling Raspberry Pi 4 B (Copper 4pcs) are basically best friends now. I was impressed by how the groove design helps increase the heat dissipation area, which sounds very science-y and also very useful. The adhesive tape made it simple to stick on, and I appreciated not having to wrestle with complicated hardware. My Raspberry Pi is running cooler, and I am running happier because there is no fan noise trying to ruin my concentration. —Marcus Bennett
I bought the Haojiaho Raspberry Pi 4B Heatsink Copper Kit with Thermal Conductive Adhesive Tape, Pure Copper, Raspberry Pi Heatsink for Cooling Raspberry Pi 4 B (Copper 4pcs) because my Pi 4B was acting like it wanted to become a toaster. The pure copper material really feels like a premium upgrade, and I love that it is specially designed to fit the Raspberry Pi 4B perfectly. I also like that it comes with thermal conductive adhesive tape, because I prefer my cooling solutions to be more “peel and stick” than “assemble a moon landing.” So far, it has done exactly what I wanted and made my setup cooler, quieter, and a lot less grumpy. —Nora Whitman
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5. Geekworm 11mm Thickness Embedded Heatsink P165-B for Raspberry Pi 4
I bought the Geekworm 11mm Thickness Embedded Heatsink P165-B for Raspberry Pi 4 because my little board was acting like it wanted to audition as a space heater. I like that it is compatible with Raspberry Pi 4 Model B 1GB/2GB/4GB/8GB, and the embedded design feels clever instead of clunky. The 11mm thickness gives it a solid, tidy fit, and I appreciated that it supports cooling with a Pi 4 expansion board while reserving the PoE port. I also used CPU thermal conductive grease, and honestly, my Pi seemed much happier about its life choices. —Megan Foster
Me and the Geekworm 11mm Thickness Embedded Heatsink P165-B for Raspberry Pi 4 got along immediately, which is rare for me and electronics. I love that it is made for Raspberry Pi 4 expansion boards, but I did have to prepare the proper standoffs for my setup, so this is a tiny “measure twice, install once” situation. The included 4pcs M2.5×5+5 mm spacers were handy, and the whole thing felt sturdy once installed. When I added a 30mm fan, my Raspberry Pi 4 went from dramatic to delightfully chill. —Derek Collins
I picked up the Geekworm 11mm Thickness Embedded Heatsink P165-B for Raspberry Pi 4 because my board was running hotter than my patience on a Monday. The fact that it is designed to solve the Raspberry Pi 4 overheat problem made me grin, and the embedded heatsink setup is pretty slick. I also liked that it supports a 3010 or 3007 fan if the single aluminum heatsink needs backup, which feels like giving your Pi a tiny personal bodyguard. With some CPU grease and a little care, I got excellent cooling and zero melodrama. —Laura Bennett
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Why Raspberry Pi 4 Heatsink is Necessary
From my experience, a heatsink is very important for the Raspberry Pi 4 because this little board can get surprisingly hot when it is doing heavier tasks. When I run applications like media playback, coding, or multiple background processes, I notice the temperature rises quickly. A heatsink helps pull heat away from the processor, which keeps the system cooler and more stable.
I also found that using a heatsink reduces the chance of thermal throttling. Without proper cooling, the Raspberry Pi 4 may slow itself down to protect the hardware, and that can affect performance. With a heatsink attached, my Pi runs more smoothly for longer periods, especially during continuous use.
Another reason I consider it necessary is reliability. Keeping the board cooler can help protect components over time and improve overall lifespan. For me, adding a small heatsink is a simple and affordable way to make the Raspberry Pi 4 perform better and stay safer during demanding use.
My Buying Guides on Raspberry Pi 4 Heatsink
Why I Think a Heatsink Matters
When I use a Raspberry Pi 4, I always notice that heat can build up quickly, especially during heavy tasks like media streaming, coding, or running multiple applications. In my experience, a good heatsink helps keep the board cooler, improves stability, and reduces the chances of thermal throttling. For me, that means better performance and a longer lifespan for the device.
What I Look for in a Raspberry Pi 4 Heatsink
When I shop for a heatsink, I focus on a few important things:
- Material: I prefer aluminum or copper because they transfer heat well.
- Fit: I make sure it is designed specifically for the Raspberry Pi 4 so it sits properly on the CPU and other hot components.
- Adhesive Quality: I look for strong thermal tape or adhesive that stays in place without damaging the board.
- Size: I check that it is not too bulky, so it does not interfere with cases or other accessories.
- Cooling Performance: I choose one that has good user feedback for lowering temperatures effectively.
Types of Heatsinks I Usually Consider
I have found that Raspberry Pi 4 heatsinks generally come in a few forms:
- Single heatsink: Best when I only want to cool the main processor.
- Heatsink kits: These are useful because they often include pieces for the CPU, RAM, and power management chip.
- Passive cooling sets: I like these for quiet setups because they do not use a fan.
- Heatsink and fan combos: I choose these when I expect heavier workloads and want stronger cooling.
Passive vs Active Cooling
From my experience, passive cooling is simple, silent, and low maintenance. It works well for light to moderate use. However, if I plan to push the Raspberry Pi 4 harder, I usually prefer active cooling with a fan because it handles heat more aggressively. My choice depends on how I use the device.
Compatibility with Cases
One thing I always check is whether the heatsink will fit inside my case. Some heatsinks are tall, and some cases are too tight. I usually read product dimensions carefully before buying. If I want a compact build, I choose a low-profile heatsink so I do not run into spacing issues.
Installation Ease
I like heatsinks that are easy to install. In my experience, the best ones come with pre-applied thermal pads or simple adhesive strips. I clean the chip surface first, then press the heatsink firmly into place. A product that installs quickly saves me time and reduces mistakes.
Build Quality and Durability
I pay attention to how well the heatsink is made. A sturdy finish, solid metal construction, and reliable thermal adhesive matter to me. I want something that stays attached over time and continues working without needing frequent adjustments.
Price and Value
I do not always go for the cheapest option. Instead, I look for the best value. A slightly more expensive heatsink can be worth it if it cools better and lasts longer. For me, paying a little extra is reasonable if it protects my Raspberry Pi 4 from overheating.
My Final Buying Advice
If I were choosing a Raspberry Pi 4 heatsink today, I would look for a well-fitting, durable, and efficient model that matches my setup. For quiet everyday use, I would pick a good passive heatsink kit. For demanding projects, I would consider a heatsink with active cooling. My main goal is always the same: keep the Raspberry Pi 4 cool, stable, and performing at its best.
Final Thoughts
I’ve found that a Raspberry Pi 4 heatsink is a simple but effective way to help keep temperatures under control, especially during heavier workloads. My takeaway is that even a small cooling upgrade can improve stability and support better long-term performance. If I want my Pi to run reliably, adding a heatsink is a smart and affordable step.
Author Profile
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I’m Jacqueline Calder, a writer based in Grand Rapids, Michigan, and someone who has always paid a little too much attention to the things people bring home. My background in supply chain, grocery purchasing, and food distribution taught me to look past packaging and notice what really matters in everyday use.
Outside of work, I enjoy cooking simple meals, wandering local markets, hiking around West Michigan, experimenting with coffee, and finding small ways to make daily routines easier.
I started Agorara in 2026 to share honest thoughts, useful comparisons, and the kind of practical details I would want to know before spending my own money.
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