Best GeeekPi Heatsinks: 4 Models Compared

Quick picks

Our 4 picks

1 Best overall

GeeekPi 102-Piece Aluminum and Copper Heatsink Kit

Best for: Multiple Raspberry Pi component cooling

Material

Aluminum, Copper

Compatible Device

Raspberry Pi, CPU, GPU, Laptop

Mounting Type

Thermal conductive adhesive tape

Dimensions

1.57 × 1.57 × 0.43 inches

Weight

7.83 ounces

View on Amazon: GeeekPi 102-Piece Aluminum and Copper Heatsink Kit Affiliate link

This kit includes 102 heatsinks for cooling Raspberry Pi components like VRM and VRAM. It contains 92 aluminum and 10 copper units in various sizes. The set comes with thermal conductive adhesive tape for mounting. A storage box organizes the 17 categories of heatsinks. It suits users needing a wide range of cooling solutions for small electronic components.

Pros

• Includes 102 heatsinks for extensive coverage
• Combines aluminum and copper materials
• Comes with thermal conductive adhesive tape
• Organized storage box included

Cons

• Adhesive tape limits reusability
• No active fan for forced airflow
• Manual installation required for each unit

Good fit if

• You need to cool multiple Raspberry Pi components
• You want a variety of heatsink sizes
• You prefer passive cooling solutions

Skip if

• You need active cooling with fans
• You require pre-applied thermal pads
• You only need one or two heatsinks

Verdict: GeeekPi 102pcs Heatsink Kit is ideal for builders cooling various Raspberry Pi VRM and VRAM components with a wide array of passive aluminum and copper options.

2 Also great

GeeekPi 15x15x5mm Copper Heatsinks 8-Pack

Best for: low-profile passive cooling for SBCs

Material

Pure Copper

Compatible Device

Raspberry/Orange/Rock/Banana Pi

Dimensions

15*15*5mm

Mounting Type

Thermal Conductive Adhesive Tape

View on Amazon: GeeekPi 15x15x5mm Copper Heatsinks 8-Pack Affiliate link

This is a set of eight pure copper heatsinks measuring 15x15x5mm. The material provides strong thermal conductivity for electronic components. It uses thermal conductive adhesive tape for mounting. You can apply it to Raspberry Pi, Orange Pi, or Rock Pi boards. The low profile fits tight spaces. It is a practical solution for cooling specific chips on PCB boards.

Pros

• Made from pure copper for effective heat dissipation
• Compact 15x15x5mm dimensions for small form factors
• Includes thermal conductive adhesive tape for easy installation
• Compatible with Raspberry Pi and other single-board computers

Cons

• Fixed height of 5mm limits surface area for high heat loads
• Adhesive mounting restricts repositioning once applied
• No fan included for active cooling

Good fit if

• You need passive cooling for Raspberry Pi or Orange Pi chips
• You have limited vertical clearance around the component
• You want a simple, no-fan solution for low-power boards

Skip if

• You require active cooling with a fan
• You need to cool high-power processors beyond passive limits
• You prefer screw-mounting over adhesive tape

Verdict: GeeekPi 15x15x5mm Pure Copper Heatsink is a compact passive cooling option for single-board computers. It suits users who need simple, low-profile heat dissipation for Raspberry Pi or similar devices without active fans.

3 Best budget

GeeekPi 8PCS Copper Heatsinks

Best for: passive cooling on Raspberry Pi 5

Material

Pure Copper

Compatible Device

Raspberry Pi 5

Mounting Type

Thermal Conductive Adhesive Tape

Weight

1.41 ounces

View on Amazon: GeeekPi 8PCS Copper Heatsinks Affiliate link

You get eight pure copper heatsinks designed for the Raspberry Pi 5. Each unit weighs 1.41 ounces for the full set. The package includes thermal conductive adhesive tape to attach the sinks to your board. You must remove the backing before installation. This set provides direct metal contact for heat dissipation. It is a simple, hardware-focused solution for cooling your single-board computer.

Pros

• Pure copper material for strong thermal conductivity
• Includes thermal conductive adhesive tape for mounting
• Specifically compatible with Raspberry Pi 5
• Set includes eight individual heatsinks

Cons

• No active fan included for forced air cooling
• Raspberry Pi 5 board is not included
• Requires manual application of adhesive tape

Good fit if

• You want passive cooling for a Raspberry Pi 5
• You prefer pure copper over aluminum for heat transfer
• You are building a silent computing setup

Skip if

• You need active cooling with a fan
• You do not own a Raspberry Pi 5
• You want a pre-assembled cooling solution

Verdict: GeeekPi 8PCS Copper Heatsinks for Raspberry Pi 5 offers a straightforward passive cooling option for your Raspberry Pi 5. It fits users who want reliable copper heat dissipation without the noise of a fan.

4 Best premium

GeeekPi 18-Piece Pure Copper Heatsink Set

Best for: Raspberry Pi 5 and 4B copper cooling

Material

Pure Copper

Compatible Device

Raspberry Pi 5/4B

Mounting Type

Thermal Conductive Adhesive Tape

Weight

2.47 ounces

View on Amazon: GeeekPi 18-Piece Pure Copper Heatsink Set Affiliate link

This set contains 18 pure copper heatsinks designed specifically for Raspberry Pi 5 and Raspberry Pi 4 Model B boards. Each heatsink mounts using thermal conductive adhesive tape to secure contact with the hardware. At a total weight of 2.47 ounces, this kit suits you if you want pure copper thermal cooling across multiple Raspberry Pi components.

Pros

• Constructed from pure copper material
• Includes 18 individual heatsinks in the kit
• Mounts with thermal conductive adhesive tape
• Compatible with Raspberry Pi 5 and Raspberry Pi 4 Model B

Cons

• Kit count of 18 pieces is smaller than 102-piece assortments
• Compatibility is limited strictly to Raspberry Pi 5 and 4B boards

Good fit if

• You need copper heatsinks specifically for a Raspberry Pi 5 or 4B.
• You want pre-applied thermal conductive adhesive tape for installation.

Skip if

• You require a larger bulk kit exceeding 18 heatsinks.
• You run single-board computers other than the Raspberry Pi 5 or 4B.

Verdict: GeeekPi 18-Piece Pure Copper Heatsink Set equips Raspberry Pi 5 and 4B users who need dedicated copper thermal dissipation with adhesive tape mounting.

Specifications side by side

GeeekPi Heatsink Options Compared

The lineup splits into two clear groups based on material and scale. The 102-Piece Aluminum and Copper Heatsink Kit suits builders cooling multiple Raspberry Pi components. It offers passive aluminum and copper options for VRM and VRAM areas. The 15x15x5mm Copper Heatsinks 8-Pack targets users needing low-profile dissipation for single-board computers without active fans. These compact blocks are ideal for tight spaces. Other options include the 8PCS Copper Heatsinks and the 18-Piece Pure Copper Heatsink Set. Both provide reliable copper heat transfer for Raspberry Pi 5 and 4B models. They use adhesive tape for mounting. You should choose based on your specific board requirements and available space.

Where GeeekPi Fits

GeeekPi targets single-board computer builders needing passive cooling. Your options range from tiny 15x15x5mm copper blocks to large 102-piece kits. You can choose pure copper for direct heat transfer or aluminum-copper mixes for broader coverage. Most items include thermal tape for simple mounting. The range focuses on Raspberry Pi components like VRM and VRAM. You will not find active fans or large tower designs here. If you need forced air for high-end processors, this brand does not offer those solutions. Stick to these passive blocks for quiet, low-profile SBC projects.

How to choose the right one

1. Check compatible devices

   You must verify that the heatsink fits your specific hardware. The GeeekPi 102-Piece Kit lists compatibility with GPU, laptop RAM, VRM, and Raspberry Pi. This broad range makes it useful for builders cooling various components on a single board. Other models, like the 8PCS Copper Heatsinks, specify only Raspberry Pi. If you are working with a Raspberry Pi 5, ensure the product explicitly mentions this device to guarantee proper fit and thermal contact.

2. Compare material types

   Material choice affects heat transfer efficiency and weight. Pure copper, found in the 15x15x5mm and 18-Piece sets, offers superior thermal conductivity compared to aluminum. Copper absorbs heat quickly from the source. The 102-Piece Kit mixes aluminum and copper, providing versatility for different components. If you prioritize maximum heat dissipation for a single chip, pure copper blocks are the better choice. Aluminum options are lighter and often less expensive for broader coverage areas.

3. Evaluate physical dimensions

   Heatsink size determines where it can be placed on your board. The 15x15x5mm copper heatsink measures 0.59 inches wide and 0.2 inches high. This low profile suits tight spaces on single-board computers. The 102-Piece Kit includes larger blocks, such as those measuring 1.57 inches on each side. Measure your available space carefully. Larger heatsinks spread heat over a greater surface area but require more clearance. Ensure your case or enclosure can accommodate the height and width of your chosen block.

4. Review included features

   Installation ease depends on the features included with the heatsink. Several GeeekPi products, including the 102-Piece Kit and the 18-Piece Set, list thermal tape as a feature. This adhesive allows you to stick the heatsink directly to the chip without complex mounting hardware. Models like the 8PCS Copper Heatsinks do not list thermal tape in their attributes. You may need to purchase thermal adhesive separately for those items. Check the product details to see if mounting solutions are already provided.

5. Consider total weight

   The weight of the heatsink can impact the stability of your single-board computer. The 102-Piece Kit weighs 7.83 ounces, which is substantial for a passive cooling solution. The 18-Piece Set weighs 2.47 ounces, and the 8PCS Copper Heatsinks weigh 1.41 ounces. Lighter options reduce stress on the board and its mounting points. If you are building a portable or delicate setup, lighter copper blocks may be safer. Heavier kits are better suited for stationary desktops where stability is less of a concern.

Frequently asked questions

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