MAX-M8Q-0-10 GNSS Module – Multi-Band GPS GLONASS Galileo BeiDou

MAX-M8Q-0-10 GNSS Module | Multi-Constellation GPS / GLONASS / Galileo / BeiDou High-Precision Receiver Module for Drones, IoT Trackers and Wearable Devices

The MAX-M8Q-0-10 is a high-performance multi-constellation GNSS receiver module supporting GPS, GLONASS, Galileo, and BeiDou simultaneously — fusion of multiple satellite systems delivers significantly better positioning accuracy and faster fix times than single-constellation receivers, especially in urban canyons, remote areas, and dynamic environments where single-system reception fails.

Delivers -167 dBm tracking sensitivity — top-tier for weak-signal urban / deep-indoor reception. Ultra-low 23 mA tracking power consumption at 2.7V-3.6V input range makes the MAX-M8Q ideal for battery-powered applications with multi-day or multi-week field deployment requirements. Wide -40°C to +85°C operating temperature ensures performance in extreme conditions: outdoor field deployment, vehicle ECU integration, drone flight controllers. I²C and UART interfaces with NMEA output protocol integrate cleanly with STM32, ESP32, Raspberry Pi, and Arduino MCU stacks.

Typical Applications

• Drones and UAVs — flight controller positioning, return-to-home functionality, multi-waypoint navigation.
• IoT asset trackers — vehicle, equipment, livestock tracking with cloud telemetry.
• Wearable devices — fitness trackers, smart watches, personal locators.
• Telematics — fleet management, route optimisation, driver behaviour monitoring.
• Outdoor field equipment — agricultural machinery positioning, construction asset tracking.

MAX-M8Q-0-10 GNSS Module Specifications

FAQ — MAX-M8Q-0-10 GNSS Module

Q: How does multi-constellation fusion improve accuracy?
A: Single-GPS receivers see ~4-12 satellites at any time. Multi-constellation receivers see 20-40+ satellites simultaneously (GPS + GLONASS + Galileo + BeiDou combined). More satellites = better geometry, faster fix times (1-3 sec vs 30+ sec cold start), and improved accuracy in challenging environments (urban canyons, dense foliage).

Q: What's the realistic position accuracy?
A: Open-sky position accuracy is typically 2-5m horizontal. Urban environments degrade to 5-15m depending on building density. For sub-meter accuracy, pair with RTK correction services or use dedicated RTK receivers.

Q: Is this the M8 or M10 generation?
A: This is the M8 series (specifically MAX-M8Q-0-10 part number). The newer M10 series (e.g., MAX-M10S) adds support for additional satellite systems and improved sensitivity, but the M8 remains in production for cost-sensitive applications where M8-class performance is sufficient.

Q: Bulk pricing for production deployments?
A: Yes — email contact@lys-sz.com with your quantity. Reel pricing available for SMT line production.

Related products

• BU01 UWB Indoor Positioning Module
• Ra-01H SX1276 LoRa 868 MHz Module
• ESP-07 ESP8266 WiFi UART Module
• Ra-01SC LLCC68 LoRa 410-525 MHz Module

OEM designers stocking MAX-M8Q by the reel? Email contact@lys-sz.com for bulk pricing. Worldwide shipping from our Shenzhen warehouse.