GPS receiver CUAV NEO V4 SE

Order the GPS receiver CUAV NEO V4 SE - accuracy and reliability for autonomous flights!

Give your drone superior navigation. This receiver sets new standards for accuracy. You will receive a stable signal even in difficult conditions. This is the key to confident autonomous flight. Your copter will know its exact location.

The main advantages of the receiver

• High precision U-blox NEO-M8N chipset for fast capture.

• Support for two satellite systems GPS and GLONASS.

• Stable operation at speeds up to 50 m/s.

• Integrated digital magnetometer (compass).

• Durable, waterproof, shielded design.

These benefits ensure the reliability of your system. Dual GPS and GLONASS systems speed up satellite acquisition. You get more data for precise positioning. High speed mode is important for racing drones. The built-in compass determines the course without additional modules.

How does this navigation solution work?

The device receives signals from satellites. GPS and GLONASS systems are used simultaneously. The receiver calculates the exact coordinates and altitude. The data is transmitted to the flight controller. This allows the drone to stabilize in space. Offline features become accessible and secure.

The work is based on the advanced U-blox M8N chipset. It tracks up to 22 satellites simultaneously. This significantly improves positioning accuracy. The built-in compass corrects the course according to the cardinal directions. The barometer ensures accurate altitude retention. All data is transmitted via a digital protocol.

Technical characteristics and functionality

CUAV NEO V4 SE has impressive parameters. The supply voltage is 3.3-6.6 V. It is compatible with most flight controllers. The module supports UART, I2C and SPI protocols. The number of reception channels is 22 simultaneously. Positioning accuracy reaches 2.5 meters.

The device supports all major satellite systems. These are American GPS and Russian GLONASS. The European Galileo system is also available. The maximum data update rate is 10 Hz. This is important for dynamic flights and FPV racing. The module is equipped with a built-in backup battery.

The backup battery stores the almanac data. This speeds up the “cold start” of the device. The first capture time is reduced to 15 seconds. The module dimensions are compact - 35x35x9.5 mm. The standard M3 mount simplifies installation to the frame. The rugged housing protects the electronics from vibrations.

Specifications

• Processor: STM32H5ArmCortex-M33250 MHz
• Supported navigation systems: GLONASS, BeiDou, Galileo, GPS/QZSS
• Receiver type: u-blox MIA-M10Q
• Update rate: up to 10 Hz (4 simultaneous GNSS signals); up to 25 Hz (one GNSS signal)
• Protocol: DroneCAN
• Compass: IIS2MDC
• Input voltage: 4.7 - 5.2 V
• Operating temperature: - 10 ~ + 80 ℃
• Diameter: 60mm
• Thickness: 16.1 mm
• Weight: 33 gr.