How does it perform in flight? CUAV NEO 4 NANO × Skydroid G30 × Holybro 6X real-flight test скачать в хорошем качестве

How does it perform in flight? CUAV NEO 4 NANO × Skydroid G30 × Holybro 6X real-flight test

CUAV NEO 4 Nano Mini GNSS Module: https://www.worldronemarket.com/produ... Skydroid G30: https://www.worldronemarket.com/produ... Holybro Pixhawk 6X: https://www.worldronemarket.com/produ... Official Website: https://www.worldronemarket.com/ Facebook:   / worldronemarket   Today’s video features a real-flight test of the CUAV NEO 4 NANO, Skydroid G30, and Holybro 6X, taking a closer look at the overall performance of this setup in real-world flight conditions. The Skydroid G30 is the latest-generation remote controller from Skydroid. It is powered by a Qualcomm 6 nm processor and runs the Android 14 (64-bit) embedded operating system, delivering smooth performance with an open ecosystem that supports the installation of most third-party applications. It also features a high-power, high-bandwidth 2.4 GHz / 5.8 GHz dual-band wireless module with automatic frequency hopping and adaptive MCS adjustment, providing a control and data transmission range of up to 30 kilometers. The Holybro Pixhawk 6X is the latest update in the Pixhawk® flight controller family, based on the Pixhawk® FMUv6X open standard and the Pixhawk® Autopilot Bus standard. It integrates high-performance, low-noise onboard IMUs designed to enhance overall stability. With triple-redundant IMUs and dual-redundant barometers placed on separate buses, the system can seamlessly switch sensors in the event of a failure, ensuring reliable flight control. Independent LDOs supply power to each sensor group, and the vibration isolation system filters high-frequency vibrations and reduces noise, resulting in more accurate sensor readings and improved overall flight performance. The CUAV NEO 4 NANO is a miniature GNSS receiver module with a highly integrated and compact design. It incorporates the u-blox M10 satellite receiving system and supports simultaneous reception of four major global navigation satellite systems. Equipped with a high-performance STM32H5 processor and an ST IIS2MDC electronic compass, it delivers accurate positioning with excellent anti-interference capability and strong environmental adaptability. The module also features an RGB full-color status indicator and supports the CAN bus protocol, making it suitable for a wide range of unmanned system platforms. #technology #drone #flighttest