Description

Features

1. Equipped with u-blox F9P, a professional high precision Dual-band RTK navigation module.

2. Powerful processing performance provided by a built-in STM32H7 chip. It offers real-time processing and data optimization, and Unmanned Industry standard AP_Periph Firmware.

3. The tailor-made Dual-band antenna from Taoglas supports L1and L5 frequencies. It features high gain, high sensitivity, and high stability.

4. *Blue version supports Drone-ID

5. Here 4 uses multi-frequency DGNSS signals with advanced algorithms. This allows fast convergence to an RTK Fix, achieving more reliable and stable centimeter level positioning.

6. The Here 4 module is 16 x 68mm and 60g.

7. LED embedded with ProfiLEDs. Built-in multiple display modes for notification or navigation signals. Display modes can be selected according to specific scenarios via parameters or onboard Lua Scripting.

8. CAN FD, real time, and high transmission rate.

9. Built-in IMU. Through future firmware updates, Here 4 can achieve tightly coupled DGNSS-INS-fusing solutions.

Documentation

https://docs.cubepilot.org/user-guides/here-4/here-4-manual

Centimeter level high-precision positioning: Equipped with the uBlox NEO-F9P L1/L5 RTK Multi Constellation GNSS module. Fastest lock times of any of the standard Here GPS series. Reliable centimeter-level navigation.

More onboard compute and mems: Built-in STM32H757 dual-core processor. The combination of the RM3100 magnetic compass and ICM42688 sensor has better performance in more applications.

Integrated module with multiple features: Here4 is more than a GNSS module. It has both flight control and navigation capabilities. Fitted with 8 PWM or BDSHOT outputs, an RCIN, Hotshoe, and camera trigger, accurate mapping has never been more self-contained.

Supports further expansion/customization: The reliable DRONECAN FD communication protocol ensures fast (8Mbps) and stable transmission. Based on the AP-Periph open source platform, users can better carry out further development and customization.