Compatible 2006-1950KV Brushless Motor for and 50 similar items

Compatible 2006-1950KV Brushless Motor for 3.5-Inch FPV Cinewhoop Drones This 2006-1950KV brushless motor is designed for 3.5-inch FPV Cinewhoop drones, providing smooth and powerful performance for freestyle flying, cinematic shots, and drone racing. Made with durable composite materials, it offers lightweight construction, enhanced heat dissipation, and long-lasting reliability. Optimized for Cinewhoop drones and quadcopters, this motor supports high-efficiency operation and consistent performance under demanding conditions. Its precision-balanced design reduces vibration and noise, ensuring a smooth flying experience. Compatible with 4S battery configurations, this motor is ideal for DIY drone builders and drone enthusiasts looking to upgrade their setups with reliable spare parts. Brand NEW high-performance 2006-1950KV brushless motor designed for 3.5-inch FPV Cinewhoop drones, ideal for freestyle and cinematic flights. Built with durable composite materials to provide lightweight construction, heat resistance, and long-lasting performance under high-speed operations. Precision-balanced rotor and smooth bearings reduce vibration and noise, ensuring stable flight and minimal energy loss. Compatible with 4S LiPo batteries, offering consistent power output and efficiency for freestyle drone builds and upgrades. Quick and hassle-free installation with standard mounting dimensions, pre-soldered leads, and included accessories for easy setup. Specifications: Material: Composite Material KV Rating: 1950KV Battery Compatibility: 4S LiPo Size: As shown Use: FPV Cinewhoop Drones, Freestyle Quadcopter Builds Weight: As shown Package Includes: 1 x Brushless Motor (2006-1950KV) Mounting Screws and Accessories Installation: Designed for quick and easy assembly with standard FPV motor mounts. Compatible with most 3.5-inch Cinewhoop drone frames, ESC systems, and flight controllers, making it perfect for DIY drone builders and upgrades. (description exceeds maximum possible length)