60A Brushless ESC for 3 To 6S LiPo Battery RC Brushless Motor Electric Speed Controller for DIY RC

Feature: 1. Wide Compatibility: Suitable for 3 to 6S LiPo batteries, the RC brushless motor ESC powers both the receiver and servo systems for optimal performance. 2. Enhanced Protecting: Equipped with abnormal input voltage, ESC thermal protecting, and low voltage cutoff functionalities, ensuring extended ESC lifespan and reliability. 3. Silicone Copper Materials: Made from premium silicone and copper, this brushless ESC is crafted with accuracy for safety and a long service life, preventing damage over time. 4. Easy Installation Process: Designed with 4.0mm motor banana female connector, allowing for simple installation and convenient replacement of old or damaged RC electric speed controllers. 5. Versatile Application: Ideal for DIY installations in RC model aircraft such as fixed wing planes, racing drones, multi rotors, and quadcopters, offering wide adaptability. Specification: Item Type: RC Brushless ESC Material: Silicone, Copper BEC: 5V 4A Supported Battery: 3 to 6S LiPo Battery Continuous Current: 60A Peak Current: 80A . Package List: 1 x Brushless ESC 2 x Soft Tubes (Random Color) 1 x User ManualWide Compatibility: Suitable for 3 to 6S LiPo batteries, the RC brushless motor ESC powers both the receiver and servo systems for optimal performance. Enhanced Protecting: Equipped with abnormal input voltage, ESC thermal protecting, and low voltage cutoff functionalities, ensuring extended ESC lifespan and reliability. Silicone Copper Materials: Made from premium silicone and copper, this brushless ESC is crafted with accuracy for safety and a long service life, preventing damage over time. Easy Installation Process: Designed with 4.0mm motor banana female connector, allowing for simple installation and convenient replacement of old or damaged RC electric speed controllers. Versatile Application: Ideal for DIY installations in RC model aircraft such as fixed wing planes, racing drones, multi rotors, and quadcopters, offering wide adaptability.