DJI D-RTK 3 Multifunctional Station

The D-RTK 3 Multifunctional Station is both an RTK and a relay station. It can serve as a base station to provide centimetre-level positioning for multiple drones simultaneously or extend the operational range of drones in relay station mode. Additionally, the new Rover Mode, combined with the DJI Enterprise APP and DJI Terra, provides a comprehensive solution for high-precision aerial surveying applications, ensuring secure and accurate operation.

Multifunctional: It supports Base, Rover, and Relay modes. Compared to traditional RTK devices, it offers an additional relay function to DJI devices.

Base Station Mode: It can directly connect to DJI Enterprise drones to provide RTK differential signals, it also supports local PPK without the need for format conversion.

Relay Station Mode: It is the first DJI Enterprise product that can support the relay function, and it is compatible with the M4 series and subsequent products.

Rover Mode: The exported GCP file (JSON & CSV) can be directly imported into DJITerra, while GCP files from 3rd parties devices require format adjustment before use. After importing the GCP file measured by D-RTK 3, DJI Terra will automatically match the accuracy of the GCP, resulting in better modelling effects.

Base Station Mode: It has strong satellite reception capability, fast fix speed, and high positioning accuracy. It provides multiple calibration modes (network RTK calibration, manual calibration, PPP) and also supports the local PPK function, which means it can adapt to all kinds of application scenarios even without network coverage.

Relay Station Mode: It can be deployed on the ground at elevated positions to expand the operating range. It can also be mounted on large drones (such as the M350) for emergency scenarios. 

Rover Mode: With the DJI Enterprise APP, the D-RTK 3 allows easy point measuring, eliminating the need for 3rd-party tools or remote controllers. It integrates a high-precision inertial navigation system, enabling efficient point measuring even in tilted handheld scenarios without using a tripod to fix it.