Highly Rated 2pcs Vci Spark 1205 Brushless Motor – 4100kv / 4700kv / 5500kv / 6500kv / 8550kv For 2–3 Inch 3–4s Micro Fpv Racing Drones Flash Sale: 50% Off [UWptZnEr]

2PCS VCI SPARK 1205 Brushless Motors

The VCI SPARK 1205 Brushless Motors are a powerful duo designed for high-performance micro FPV racing drones. These motors offer a choice of five different KV options, ranging from 4100KV to 8550KV, allowing you to tailor your drone's speed and agility to your preference. Each motor is lightweight, weighing only 6.5g, and comes with 28AWG silicone wires for minimal resistance and efficient power transfer. The premium N52SH magnets enhance the motor's magnetic flux density, resulting in smoother torque and lower heat generation. This twin pack is optimized for 3-4S LiPo configurations, ensuring you get the most out of your drone's performance.

Technical Specifications and Properties

Each VCI SPARK 1205 motor boasts a phase resistance of 285mΩ and a peak current of 8.63A, allowing for high-speed and high-torque operations. With a max power output of 138.08W and a no-load current of 0.4A at 10V, these motors are designed for efficiency and durability. The 9512P stator and 12×5mm stator size ensure rapid response and stability, while the 1.5mm hardened steel shaft is robust enough to withstand crashes and bending. The dimensions of the motor are Ø15.3×14.7mm, and the wire length is 80mm, making it a versatile choice for various drone builds.

Applications and Benefits

Whether you're into micro FPV racing, tiny whoop quadcopters, or lightweight cinematic UAVs, the VCI SPARK 1205 motors are an excellent choice. Their compact build allows them to fit 2-inch to 3-inch propellers, ensuring agile and dynamic flight. The ultra-high KV options provide exceptional speed and agility, while the low heat generation ensures stable operation even under heavy loads. These motors are perfect for drone enthusiasts looking to upgrade their micro drone's performance, combining cutting-edge power density with precision engineering and ultra-responsive control.