PRECISION NAVIGATION FOR OPEN AUTOPILOT PLATFORMS Explore the concept →
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STANDARD GNSS

M10 GNSS

A straightforward fix.

Standard GNSS positioning based on the u-blox M10 platform. A focused navigation option for aircraft that do not require RTK corrections.

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M10 GNSS functional illustration
Functional illustration only. Final appearance and enclosure may differ.

THE RIGHT HARDWARE FOR YOUR MISSION

Where it fits.

STANDARD POSITIONING

Keep the setup focused.

Choose M10 when the application calls for conventional GNSS positioning without an RTK correction workflow.

RECEIVER PLATFORM

Built around M10.

The u-blox M10 family is a standard precision GNSS platform. Exact satellite signals and configuration depend on the selected variant.

AIRCRAFT INSTALLATION

Connect with confidence.

Confirm the BEXFLY power requirements, cable and released pinout before connecting the receiver to your controller.

PRODUCT OVERVIEW

Plan the integration.

Details that matter.

Confirm the exact hardware version, electrical requirements and cable specification for your aircraft.

Contact BEXFLY to confirm product configuration, availability and pricing.

Receiver platform
u-blox M10 family; exact receiver variant to be confirmed.
Positioning class
Standard precision GNSS. This product is not presented as an RTK receiver.
Correction infrastructure
No RTK base station or RTK correction subscription is required for standard positioning.
Flight-controller connection
Connector, pinout, voltage and supported output configuration to be specified for the finished BEXFLY hardware.
Antenna & enclosure
Final antenna, mounting dimensions and enclosure specification to be published.
Performance
Finished-product accuracy, update rate and power consumption require the selected receiver and system specification.

Platform reference: u-blox MAX-M10S data sheet — platform reference ↗. Receiver-platform information does not establish the final BEXFLY product specification.

Complete your flight stack.

Compare flight controllers, standard GNSS and RTK navigation.

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