ElecGear External Cooling Fan for OLED Switch, 3 Speed Option Heat Dissipation Replacement Back Cover for Nintendo Switch New Dock HEG-007, USB Powered Cooler with LED Lighting (White)

Highlights

• [OLED Switch Dock Cooler] – The cooling fan is compatible with Nintendo Switch Dock Set (✅OLED model HEG-007). Simply take off the back cover, snap this external cooler onto your new dock. The built-in turbo cooling fan blows cool air into Switch console, preventing it from being overheated

Is this the right pick for you?

This ElecGear External Cooling Fan is specifically designed for the 2021 Nintendo Switch OLED dock (model HEG-007), making it an excellent choice if you own this particular model. The cooler integrates seamlessly with your dock by replacing the original back cover, ensuring that it fits perfectly without any additional adapters or modifications needed. It offers three distinct speed settings—High, Mid, and Low—which allows users to adjust the cooling based on their needs, whether they are playing a high-intensity game or just browsing through menus. For those who frequently experience overheating issues with their Nintendo Switch dock, this cooler is a practical solution. The built-in 6012 fan delivers impressive airflow at speeds of up to 3000 RPM, providing effective heat dissipation that can significantly reduce the risk of system crashes or performance drops due to temperature-related factors. Additionally, the LED lighting adds a cool visual element and helps in identifying the correct speed setting. Before purchasing, it's important to note that this cooler is designed exclusively for the OLED Switch dock model HEG-007. Users with different models should ensure compatibility before making a purchase. The setup process is straightforward: simply remove the original back cover and snap on the cooler. It’s powered via USB-C, which requires an additional cable (provided) to connect it to your dock. Regular cleaning of the fan blades and maintaining proper airflow are recommended to keep the cooler functioning optimally over time.

Frequently asked questions