CUAV Nora Flight Controller - Open Source For APM PX4 Pixhawk FPV RC Drone Quadcopter Instead v3x

The CUAV Nora Flight Controller uses an STM32H7 series processor, which provides faster performance and larger storage capacity compared to previous models. This improved processing power also enables the expansion of waypoints up to 2048, while featuring 512K EEPROM and a VS5T operating frequency of 280MHz.

The X7 series autopilot features an impressive array of high-quality components, including advanced sensors that are supported by a built-in high-precision temperature compensation system for optimal performance and accuracy.

The CUAV Nora Flight Controller boasts significant upgrades in terms of navigation and sensor technology. The inclusion of an industrial-grade RM3IOO compass enhances flight stability and anti-interference performance, while the Bosch ADI + TE series sensors further improve noise and vibration resistance.

The CUAV Nora Flight Controller features an innovative integrated FPCB (Flexible Printed Circuit Board) design, which allows for a single, unified structure that eliminates the need for secondary welding or assembly. This integrated approach creates a more robust and reliable overall system.

The CUAV Nora Flight Controller features a built-in shock absorption system, specifically designed to enhance the overall stability and responsiveness of the autopilot. This compact design allows for a more seamless flying experience, providing greater peace of mind while in flight.

The CUAV Nora Flight Controller is based on the X7 series, which was designed and thoroughly tested by the esteemed APM & PX4 team. Each autopilot underwent rigorous testing, with independent I/O verification to guarantee exceptional stability and reliability.

Optional C-RTK (Real-Time Kinematic) technology enables centimeter-level precision in positioning, expanding the autopilot's capabilities to meet various application scenarios and providing exceptional accuracy for your FPV drone operations.

The CUAV Nora Flight Controller supports seamless integration with the LTE Link series from Lei Xun Cloud Platform, enabling communication through advanced 4G and 5G networks. This allows for remote control without distance limitations, as well as real-time high-definition video transmission and sharing capabilities.

The standard package for the CUAV Nora Flight Controller includes the UAVCAN protocol-based PMU-SE digital power detection module, which provides accurate measurement of the quadcopter's real-time voltage and current levels. Additionally, the autopilot features a built-in ITT algorithm developed by CUAV, enabling precise monitoring of the UAV's electrical performance in real-time.

The standard package for the CUAV Nora Flight Controller includes the following components: I2C/CAN cable (x2), ADC3.3 cable, RSSI cable, PMU-SE standard power management module, Dupont cable, CAN expanding board, Pw-Link module, USB-Type-C cable, and a 16G memory card.

NEO V2 Pro is a GNSS positioning system based on the UAVCAN communication protocol . it integrates an industrial-grade compass; barometer; flight controller status lights, buzzer, and safety switch in one .

The CUAV Nora Flight Controller features built-in high-precision barometric pressure sensing, providing real-time data and robust anti-interference capabilities to meet the diverse demands of various application scenarios.

The CUAV Nora Flight Controller employs a SAW-based Low Noise Amplifier (LNA) and dual filtering design in its NEO V2 Pro variant, effectively shielding against interference from remote controls, digital transmissions, and 4G signals, ensuring accurate GPS performance.

The CUAV Nora Flight Controller supports various satellite navigation systems, including GLONASS, BeiDou, BII, Galileo EIB/c SBAS, and L1/L2/C/A: WAAS, EGNOS, MSAS, and GAGAN. Key specifications include an I/O update rate of 1MHz (MAX), position accuracy of 2 meters, acquisition time of 26 seconds for cold start and -148 dBm for hot start, reacquisition time of -16 OdBM, and protocol support for UAVCAN. The flight controller also supports firmware upgrades and is compatible with ArduPilot/PX4 systems. Interface type is GHR-O4v-S, with an input voltage of 5V and operating voltage ranging from [insert range].