High-Precision Multi-Band Standard GNSS Module for Professional Applications

Unlock unmatched accuracy with the Polaris F10N, where cutting-edge GNSS meets the power of the RM3100 magnetometer and BMP581 barometric sensor.
Perfect for drones, robotics, and IoT, this module delivers accurate positioning, reliable heading, and precise altitude tracking.
Compact, efficient, and built for performance, the Polaris F10N is the ultimate GPS to elevate your project.

Key Features & Specifications

FeatureSpecifications
Supported constellations GPS / QZSS -BeiDou - Galileo - NavIC
GNSS bands L1 / L5
Position accuracy As good as 1m (CEP)
Position update rate Up to 20Hz
Timepulse (PPS) Configurable: 0.25 Hz to 10 MHz
Embedded Sensors RM3100 - BMP581
Interface UART, I2C
Antenna type Passive embedded Antenna
Size 38 x 38 x 15mm
Weight 30g

What's inside the Polaris F10N?

Why choose the Polaris F10N?

✅ Meter Level Accuracy
Achieves 1m precision with multi-band Standard GNSS.

✅ Dual-Band L1/L5 Technology
Reduces ionospheric interference, ensuring faster convergence and superior accuracy compared to single-band GNSS receivers.

✅ Fast Time to First Fix (TTFF)
Sub-30-second (cold start) and Sub-2-second (hot start) convergence for rapid, reliable positioning.

✅ Embedded Sensors
RM3100 professional-grade magnetometer & BMP581 barometric sensor embedded.

✅ Compact & Energy-Efficient
Perfect for integration in drones or rovers (JST-GH connectors) and low-voltage applications.

✅ Anti-Jamming Protection
Integrated SAW-LNA-SAW for exceptional out-of-band jamming immunity.

✅ Plug-and-Play Compatibility
Seamlessly integrates with any autopilots via a 6-pin JST-GH connector, with support for UART, I2C and MAVLink protocols.

✅ Fast & Reliable
Up to 20 Hz update rate (in GPS or BeiDou only mode) for real-time responsiveness in dynamic applications.

Ideal Applications

➤ Drone surveying & mapping
➤ Precision agriculture
➤ Autonomous vehicle navigation
➤ Robotics & industrial automation
➤ Aeronautical & UAV systems

Polaris F10N mechanical dimensions