
Power Hobbies Aluminum Heat Sink with Twin Turbo High Speed Fans for 1/8 Motors 40.8mm Diameter RC Vehicles RC Hobbies for Life
About this item
Brand:Power Hobbies | Noise Level:50 dB | Maximum Rotational Speed:18000 RPM | Compatible Devices:RC Vehicles | Power Connector Type:3-Pin | Voltage:6 Volts | Cooling Method:Air | Manufacturer:Power Hobbies | UPC:741030689840 | Material:Aluminum
Share this deal with your friends:
Product Description
Elevate your RC hobbies for life with the Power Hobbies Aluminum Heat Sink, designed to keep your 1/8 motors running cool under the most demanding conditions. This premium heat sink combines lightweight aluminum construction with a dual fan design to ensure excellent airflow and optimal performance for your RC vehicles. Whether you're racing, drifting, or just enjoying a day out with your RC car, this heat sink is a must-have accessory for any enthusiast looking to protect their investment and enhance their experience.
Technical Specifications:
- Compatible with 1/8 motors featuring a 40.8mm diameter and 57.9mm length
- Constructed from lightweight aluminum for durability without added weight
- Dual fan design for superior cooling efficiency
- Includes two high-performance 30x30x10mm cooling fans
The Power Hobbies Aluminum Heat Sink is not just about keeping your motor cool; it's about ensuring your RC hobbies for life are as enjoyable and hassle-free as possible. The dual fan design provides excellent airflow, significantly reducing the risk of overheating during long sessions or in hot weather conditions. This means more time enjoying your RC vehicle and less time worrying about motor damage.
Perfect for competitive racers and hobbyists alike, this heat sink is easy to install and compatible with a wide range of 1/8 motors. Its sleek design doesn't just perform well; it also adds a professional look to your RC vehicle. Whether you're pushing your RC car to its limits on the track or enjoying a leisurely drive, the Power Hobbies Aluminum Heat Sink is your go-to solution for maintaining optimal motor temperature and performance.



