SPECIFICATIONS

High-precision positioning: M9N uses advanced GNSS technology to support multiple satellite navigation systems, which can provide high-precision position positioning information. For drones, it enables precise positioning and navigation.

Multi-system support: M9N supports a variety of satellite navigation systems, including GPS, GLONASS, Galileo, Beidou, etc. This allows drones to receive multiple satellite signals at the same time, improving positioning accuracy and reliability.

Fast positioning: The M9N has a fast cold start and hot start time, can quickly acquire satellite signals and position, and is critical for quick takeoff and mission execution of the UAV.

Strong anti-interference ability: M9N has excellent anti-interference performance, can work stably in a complex electromagnetic environment, and is not easy to be interfered by other electronic equipment.

In UAV applications, the M9N can be used in the following ways:

Positioning and navigation: The M9N provides accurate position and speed information to help the UAV achieve accurate navigation and flight control.

Waypoint navigation: The pre-set waypoint information is input into the M9N, and the UAV can automatically fly according to the route to achieve autonomous waypoint navigation tasks.

Multi-aircraft cooperation: Multiple UAVs can use the M9N module for positioning and synchronization, to achieve collaborative team flight, formation flight and other applications.

Homecoming: The M9N can provide accurate homecoming positioning information, so that the UAV can safely return to the departure point or preset homecoming point.

M9N can search more satellites outdoors, with higher accuracy, faster search speed, and better stability. (The exact number of star searches depends on the environment at the time.)

Multi-aircraft cooperation: Multiple UAVs can use the M9N module for positioning and synchronization, to achieve collaborative team flight, formation flight and other applications

Homecoming: The M9N can provide accurate homecoming positioning information, so that the UAV can safely return to the departure point or preset homecoming point.

M9N can search more satellites outdoors, with higher accuracy, faster search speed, and better stability. (The exact number of star searches depends on the environment at the time.)

The M10 GPS uses a multi-constellation GNSS powered by the u-blox M10 series, a concurrent GNSS receiver that can receive and track multiple GNSS systems. Thanks to the multi-band RF front-end architecture, all four major constellations of the Global Navigation Satellite System (GNSS), GPS, Galileo, GLONASS and Beidou, can receive at the same time.

Originally imported HMC5883L compass, the module's baud rate is 1200-921600Hz to automatically identify the flight control frequency.

The high-gain 25 × 25mm patch antenna provides excellent performance, and the omnidirectional antenna radiation pattern increases the flexibility of device installation. It has an active circuit with a ceramic patch antenna and a rechargeable backup battery for hot start.