K823M-EK0407 GNSS positioning and heading board with a red circuit board and metal-shielded module

Sinan Daohang K823M-EK0407

The Sinan Daohang K823M-EK0407 is a multi-frequency positioning and heading module with high-precision RTK capability and BDS signal tracking. Its compact, low-power board supports integration into precision agriculture, digital construction, robotics and UAV equipment through serial, SPI, EVENT and PPS interfaces.

Sinan DaohangDrone flight controller

Applications: Precision agriculture, digital construction, robotics and UAVs

Product overview

The Sinan Daohang K823M-EK0407 multi-frequency positioning and heading module incorporates a high-precision RTK board developed by Sinan Daohang. It supports positioning, heading and BDS satellite signal tracking for applications in precision agriculture, digital construction, robotics and UAVs. Anti-interference technology enables the board to continue delivering high-precision information in obstructed environments.

The compact board measures 46 × 71 mm and combines high integration with low power consumption. Its interfaces are compatible with mainstream boards, with serial, SPI, EVENT and PPS connections supporting integration into a variety of terminals.

Flight control & navigation

Specifications

Sinan Daohang K823M-EK0407 specifications
Specification	Value & conditions
Product type	K823M-EK0407 multi-frequency positioning and heading module
Positioning technology	High-precision RTK positioning and heading board developed by Sinan Daohang
Applications	Precision agriculture, digital construction, robotics and UAVs
Satellite signal tracking	Supports BDS satellite system signal tracking
Interference resistance	Anti-interference technology enables continued high-precision information outputIn obstructed environments.
Board dimensions	46 × 71 mm
Construction and integration	Highly integrated, compact, low-power board designed for straightforward use
Interface compatibility	Interfaces compatible with mainstream boards
Supported interfaces	Serial, SPI, EVENT and PPS interfaces