
Hobby Fans 30mm RC Cooling Fan 28000RPM Brushless Motor Metal Fan with Carbon Fiber Cover Ideal for Which Brushless Motor for RC Car 1/8 1/10 540 550 F540 3650 3660 Motors
About this item
Brand:Hobby Fans | Noise Level:35 dB | Maximum Rotational Speed:28000 RPM | Compatible Devices:Receiver | Cooling Method:Air | Manufacturer:Hobby Fans | Material:Carbon Fiber | Number of Items:1
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Product Description
When searching for the perfect cooling solution for your RC car, the question often arises: which brushless motor for RC car offers the best performance and durability? The Hobby Fans 30mm RC Cooling Fan is designed to meet the needs of high-speed RC enthusiasts, providing exceptional heat dissipation to protect your motor and enhance its lifespan. With a blazing speed of up to 28000 RPM, this brushless motor cooling fan ensures your RC car runs smoothly even under the most demanding conditions. Its compatibility with a wide range of RC models makes it a versatile choice for any enthusiast.
Technical Specifications:
- Speed: Up to 28000 RPM
- Material: High-quality metal with carbon fiber cover
- Size: 30mm
- Compatibility: 1/8, 1/10, 1/12 540 550 brushed motor and F540 3650 3660 3670 3674 brushless motor
- Power: JST 2 pin plug for easy connection
The Hobby Fans RC Cooling Fan is not just about keeping your motor cool; it's about ensuring peak performance. Whether you're racing on a hot summer day or pushing your RC car to its limits, this fan provides the necessary cooling to prevent overheating. Its lightweight and compact design make installation a breeze, allowing you to focus on the race ahead. The carbon fiber cover adds a touch of style while protecting the fan from debris and damage.
Designed for durability and efficiency, this cooling fan is a must-have for any RC car enthusiast looking to answer the question: which brushless motor for RC car can handle the heat? With its exquisite workmanship and wide compatibility, the Hobby Fans RC Cooling Fan stands out as a top choice for maintaining optimal motor temperature and performance.