As a new generation flagship flight control system, k++ Pro integrates the advantages of the classic flight control K3A, and strengthens compatibility and multiple redundancy schemes to form a redundant redundant control system with superior performance, strong reliability and effective guarantee Work safety
Introducing the Pixhawk 6C: the latest Pixhawk flight controller featuring PX4 Autopilot pre-installed. With an Arm Cortex-M7 core, high-performance IMUs, and vibration isolation, it ensures reliable and efficient control for autonomous vehicles. Ideal for academic and commercial applications.
As a new generation of flagship flight control system, Jiyi k++ combines the advantages of the classic flight control K3A, and strengthens the compatibility and multi-redundancy scheme to form a redundant redundancy control system with superior performance and strong reliability.
JIYI K3-A Pro flight controller is specially designed for agricultural sprayer drones. It has a variety of modes and exclusive functions for agriculture sprayer drones. It supports manual, semi-autonomous and autonomous flight. It can monitor drug flow in real time and intelligently match the spray volume to achieve precise UAV pesticide spraying . Equipped with professional App ground control station, it is efficient and easy to operate
JIYI KX flight controller is designed for industrial application scenarios, with redundant control of software and hardware. Compared to JIYI P3, JIYI KX has advanced diagnostic algorithms to meet the applications of power line inspection, police, fire fighting, logistics, emergency rescue, transportation, surveying and mapping, etc. Provide API interface development according to different needs.
Pixhawk 4: Compact, powerful, preinstalled with PX4 firmware (v1.7). Enhanced computing power, RAM, and new sensors ensure stability and reliability. Developed with advanced technology from ST Microelectronics and Bosch, InvenSense. Ideal for complex algorithms, with high-performance IMUs and vibration isolators for precise readings. Multiple SPI and I2C buses allow seamless sensor integration.
The APM Power Module is a simple way of providing your APM with clean power from a LiPo battery as well as current consumption and battery voltage measurements, all through a 6-pos cable.
This flight controller is based on the rapidly evolving and refined Ardupilot mega or “APM”, an open source project from 3DR robotics.