• Beitian BE-166 M10050 GNSS flight control module with built-in patch antenna, top view illustration
  • Beitian BE-166 GNSS module artwork showing the built-in patch antenna and black circuit board
  • Beitian BE-166 GNSS module product features graphic with size, voltage, baud rate, and supported systems
  • GNSS positioning module application graphic showing shared bicycles, driverless car, car navigation, and handheld device
  • Beitian BE-166 series modules product list graphic showing one module unit and front PCB view
  • Beitian BE-166 GPS module parameter sheet showing 16 by 16 by 6.6 mm size and GNSS bands
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Beitian BE-166 M10050 GNSS Flight Control Module with Built-In Patch Antenna for UAV Positioning Systems

Beitian BE-166 M10050 GNSS Flight Control Module with Built-In Patch Antenna for UAV Positioning Systems

Beitian

$15.66 USD
$15.66 USD
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Overview

Beitian BE-166 is a GNSS flight control module with a built-in M10050 ceramic patch antenna for compact positioning systems. It uses a 12-pin SMD package and is designed for serial-data GNSS output in embedded navigation and control setups.

The receiver type supports GPS L1 C/A, QZSS L1 C/A/S, BDS B1I/B1C, Galileo E1B/C, and SBAS L1 C/A, including WAAS, EGNOS, MSAS, and GAGAN. The module provides multi-constellation positioning with TTL-level output.

Key Features

  • Integrated patch-type GNSS antenna module for compact installations.
  • Supports GPS, BDS, Galileo, QZSS, and SBAS signal reception.
  • Low power design with current of 30mA/3.3V and power consumption under 100mW.
  • Supports FLASH memory, sleep mode, hot start, and software upgrades via serial port from a host computer.
  • Includes antenna detection and short-circuit protection functions.
  • 1PPS output can be used for synchronization or timing.
  • Small size and easy to use for embedded positioning applications.

Specifications

Model BE-166
Chip M10050
Receiver type GPS L1 C/A, QZSS L1 C/A/S, BDS B1I/B1C, Galileo E1B/C, SBAS L1 C/A: WAAS, EGNOS, MSAS, GAGAN
Sensitivity Cold Start -148dBm; Hot Start -160dBm
Horizontal 2.0m CEP
Velocity 0.05m/s
Dynamic heading 0.3 deg
PPS time accuracy RMS 30ns; 99% 60ns
Cold boot 27s
Warm boot 1s
Recapture 1s
Baud rate (bps) 4800bps - 921600bps, default 115200bps
Output level TTL Level
Output protocol NMEA, UBX
Frequency of updates 0.25Hz - 18Hz, default 1Hz
FLASH With FLASH
Seconds pulse 0.25 Hz to 10 MHz
Work restrictions High 80,000m; Speed 500m/s; Gravitational acceleration <4g
Voltage DC 2.7V-3.6V, typical 3.3V
Current 30mA/3.3V
Size 16*16*6.6mm
Weight 6g
Connector 12pin SMD package
Operating temperature -40 C to +85 C
Storage temperature -40 C to +105 C
Ceramic antenna thickness 4mm

Pin Description

Pin Name I/O Description
1 RXD I UART communication interface, TTL level; GPS data entry pin
2 TXD O UART communication interface, TTL level; GPS data output pin
3 GND G Ground
4 VCC I Main power supply, DC input; DC 2.7V-3.6V, typical 3.3V
5 V_BCKP I Standby power supply
6 1PPS O 1PPS low level before positioning, 1s period after positioning, high level 100ms second pulse output; pulse can be used for synchronization or timing without holding
7 NC - Empty foot
8 NC - Empty foot
9 NC - Empty foot
10 NC - Empty foot
11 NC - Empty foot
12 GND G Ground

The exact pin order depends on the actual product. For document requests or integration support, contact support@rcdrone.top.

Applications

Suitable for UAV and FPV drones, flight control, aerial surveying and mapping, precision agriculture, geodetic survey, deformation monitoring, marine navigation, automotive positioning, industrial IoT, timing synchronization, robotics, and Arduino DIY projects.

Details

BE-166 GNSS flight control module with built-in M10050 patch antenna, multi-constellation support

Integrated GNSS positioning for compact UAV and embedded navigation systems.

Beitian BE-166 SMD GPS integrated module with built-in patch antenna and drone use graphic

Compact patch-antenna design keeps the module small while supporting precise positioning.

GPS, BDS, and Galileo support for the BE-166 module, shown with satellite positioning concept

Multi-constellation reception helps improve availability across different operating environments.

BE-166 GNSS module basic functions and NMEA output overview for serial data navigation

Positioning data is sent through the serial port for straightforward integration with host devices.

BE-166 compact patch antenna module size comparison with 16 mm and 12.5 mm package options

The small footprint supports tight layouts where space and power use matter.

Beitian BE-166 customization and support information for module development resources

Customization support is available for product adjustments and secondary development needs.

BE-166 and related Beitian GNSS module specification comparison table with antenna sizes

Specification details highlight the BE-166 package, receiver type, and operating ranges.

Patch-type GNSS integrated antenna module with BE-166 used in drone and UAV applications

Designed for compact UAV installations, the module fits drone and fixed-wing navigation builds.

BE-166 module feature overview showing small size, stable signal reception, and low power use

Core features include low power operation, integrated antenna design, and serial output.

BE-166 product size and ceramic antenna dimensions with 16 mm module and 4 mm thickness

Dimension references make it easier to plan enclosure clearance and PCB layout.

BE-166 pin description and serial output wiring diagram for GNSS module integration

Pin and wiring references support setup with flight controllers, USB-to-TTL adapters, and PCs.

GNSS frequency band allocation and star-search performance charts for BE-166 positioning

Signal band coverage supports GPS, BDS, and Galileo reception for navigation use.

BE-166 accurate data and industrial grade positioning overview with NMEA-0183 output table

NMEA-0183 output makes the module practical for devices that need standard position data.

BE-166 capture sensitivity, startup time, and power consumption test results table

Measured sensitivity, startup time, and power data summarize the module's operating behavior.

Wiring diagram for BE-166 GNSS module connection to USB-to-TTL cable, MCU, and PC

Simple wiring examples show how to connect the module for debugging and controller integration.

BE-166 application scenarios for UAVs, vehicles, drones, and smart devices

The module suits compact positioning projects across aerial, ground, and smart-device applications.

BE-166 smart device applications and product list showing the GNSS module for integration

A broad product lineup supports different GNSS configurations and project requirements.

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