Enhance the performance and longevity of your 1/5 scale RC car with this high-quality RC Car Motor Heat Sink, expertly crafted from durable aluminum alloy and plastic materials. Designed specifically for Traxxas and other compatible 1/5 model RC cars, this motor heat sink ensures efficient cooling and reliable operation under demanding conditions. Key Features: · Rugged and Durable Construction: Made from a combination of aluminum alloy and plastic, this heat sink offers excellent durability and a long service life to withstand rigorous use. · Dual Fan Heat Dissipation: Equipped with two powerful cooling fans (each measuring approximately 40x40x10mm), it provides strong heat dissipation to keep the motor temperature low and improve overall performance. · Compatible Motor and Voltage: Suitable for brushless motors such as models 4985, 1717, and others, with an applicable voltage range of 4-6V, ensuring broad compatibility with various RC car motors. · Easy Installation and Maintenance: Designed for simple installation and removal, this upgrade part allows quick and hassle-free maintenance for enhanced convenience. · Improved Motor Efficiency: By maintaining the motor at an optimal temperature, it reduces overheating risks and enhances the efficiency and effectiveness of the engine. · Lightweight and Compact: Weighing approximately 109g (3.8oz), this heat sink adds minimal weight while maximizing cooling performance, making it an ideal upgrade for RC enthusiasts. Specifications: · Item Type: RC Car Motor Heat Sink · Material: Plastic + Aluminum Alloy · Weight: Approx. 109g / 3.8oz · Applicable Voltage: 4-6V · Fan Size: Approx. 40x40x10mm (1.6x1.6x0.4in) · Compatible Models: For Traxxas and other 1/5 scale RC cars · Suitable Motors: Brushless motors including 4985, 1717, and others Package Includes: · 1 x RC Car Motor Heat Sink Optimize your RC car’s motor cooling system with this efficient and durable motor heat sink, designed to extend motor life, reduce overheating, and maintain peak engine performance during intense operation.