RCINPOWER AOS Supernova 3220 Motor

The AOS Supernova 3220 is the ideal motor for your 10” Lifter. It's engineered to offer unmatched power and torque. With its optimized KV, it can effortlessly drive 10” triblade props on 6S (925KV) or 8S (700KV) battery voltage. On the test stand, Chris Rosser found it outperforms all other 3220 motors on the market, delivering more thrust, faster response, and higher efficiency. Whether you're on a long - range cruise or flying at full throttle, it provides an amazing flight experience. Built on the success of the AOS Supernova 2207 and 2807, the 3220 scales up the revolutionary design for serious FPV wing pilots. Thanks to over 22,000 finite element simulations, it combines control, power, and efficiency for top - notch in - flight performance. Manufactured by RCinPower, a brand trusted by top pilots like Min Chin Kim, this motor meets and exceeds the expectations of demanding users. For smooth low - throttle control and high - end power, AOS suggests using throttle expo in Betaflight. Start with Throttle MID = 0 and Throttle EXPO = 0.20, and adjust EXPO to get your desired throttle response. Increase it for more precision at low throttle or reduce it for a more aggressive feel. Specifications include a 12N14P configuration, 32mm stator diameter, 20mm stator height, 5mm hollow shaft diameter, external dimensions of ⌀39.4 x 36.25 mm, and a motor weight of 165g with 200mm wires. It has different KV, battery voltage, max continuous power, internal resistance, max current, and idle current values for 6S and 8S setups. Browse more RCINPOWER Motors and Drone Motors.

Using the AOS Supernova 3220 motor is quite straightforward. First, make sure to choose the right battery voltage (6S or 8S) according to your flying needs. When setting up in Betaflight, start with Throttle MID = 0 and Throttle EXPO = 0.20, then adjust the EXPO value to get the throttle response you like. If you want more precision at low throttle, increase the EXPO; for a more aggressive feel, reduce it. As for maintenance, keep the motor clean and free from debris. Check the wires regularly for any signs of wear or damage. Store the motor in a dry place when not in use. Also, be careful when handling the motor to avoid any physical damage, as this could affect its performance. Remember, this motor is designed for high - performance use, so always use it within its specified limits for optimal results.