SPYDR CINE 1103/9000kv motor PRE-ORDER

Shipping starts 9/4 SPYDR CINE 1103 / 9000KV We couldn’t find the motor we wanted. So we made it. The SPYDR CINE 1103 / 9000KV was born after testing dozens of commercially available motors and coming away dissatisfied with the same things: power, smoothness and consistency. So we set out to build our dream motor for the ITSY. The goal was simple: make it ultra-light, dynamically balanced and optimized specifically for lightweight 3S power. We refined the KV, improved consistency across the RPM range, and developed a longer, more precise prop shaft to help props stay securely seated during aggressive moves and rapid changes in direction. The result is a motor that feels fundamentally different on a micro aircraft. We measured a 5–7x reduction in motor noise compared with the motors we had been using, along with stronger performance throughout the RPM band. In the air, that translates to better stability outdoors, greater authority in wind, and significantly more immediate response. The added torque gives ITSY the ability to go exactly where you ask it to—right now. Faster corrections. Harder stops. More confidence placing the aircraft precisely where you want it. And because consistency matters as much as outright performance, every SPYDR CINE motor is individually vibration-tested by us before it ships and must pass our QC standard. Why we built it 1103 / 9000KV Optimized for lightweight 3S power Developed specifically for the ITSY platform Ultra-lightweight construction Dynamically balanced Optimized KV for power, efficiency and control Longer, more precise prop shaft for improved prop retention 5–7x measured noise reduction Improved performance across the entire RPM range Increased torque and faster response Better stability in outdoor and windy environments Every motor individually vibration-tested Pass/fail QC before shipping A note about prop balance These are very powerful motors for their size. During full-throttle punch-outs and other high-power maneuvers, even small propeller imbalances can create significant vibration. For the cleanest performance—especially when using Gyroflow—we strongly recommend balancing your props. You can find our prop-balancing guide [here].