All-in-one Cubepilot Here4 Gps – Rtk Gnss Module 60% Off - Today Only [Atgfz1mk]

Next-gen Precision Navigation

The All-in-one Cubepilot Here4 Gps – Rtk Gnss Module 60% Off - Today Only [Atgfz1mk] is a state-of-the-art RTK GNSS module designed for professionals who demand the highest level of accuracy, reliability, and compatibility in drone and robotics applications. With its cutting-edge dual-band RTK technology and the powerful u-blox F9P GNSS chipset, the Here4 delivers centimeter-level positioning even in the most challenging environments. This module is the perfect choice for a wide range of applications, including mapping, surveying, infrastructure inspection, and precision agriculture.

Advanced Features and Specifications

The CubePilot Here4 GPS boasts a comprehensive set of features that make it a standout product in its category. Its u-blox ZED-F9P GNSS module supports multi-band GNSS, offering precise RTK positioning. The dual-band antenna enhances signal stability and accuracy. Additionally, the module integrates UAVCAN and CAN communication, allowing for seamless integration with modern autopilots. The Here4 is also equipped with integrated sensors, including a barometer, 9DOF IMU, and compass, providing redundant navigation data. This robust module features a reliable fix status LED for visual feedback on GNSS lock and RTK status, and it comes with a rugged housing and magnetic base for easy and stable mounting on UAVs.

Extensive Compatibility and Versatile Applications

The CubePilot Here4 GPS is fully compatible with popular systems such as the Cube Orange+ flight controller and other Pixhawk-based platforms. It can replace Here2 or Here3 setups without any hardware changes, making it an ideal upgrade for existing systems. This versatile module is widely used in various fields, including mapping and surveying, industrial inspection, precision agriculture, and autonomous vehicles and robotics. With its RTK support, sensor integration, and UAVCAN communication, the Here4 GPS is a cornerstone for advanced autonomous systems, providing ultra-precise navigation and reliable performance in even the most demanding applications.