PRECISION NAVIGATION FOR OPEN AUTOPILOT PLATFORMS Explore the concept →
Discuss your project ↗

RTK NAVIGATION / A NEW APPROACH

Precision.
Without the
extra steps.

A compact RTK + 4G concept designed to bring network corrections closer to your aircraft.

Discover the module ↗Explore BEXFLY ↓
DUAL-FREQUENCY GNSS / ONBOARD RTK / 4G CAT.1
AI concept rendering of a black navigation module with antenna and flight-controller connectorsBEXFLY / RTK + 4G CONCEPTAI-generated industrial design concept. Not production photography.
Built around open flight.PX4ArduPilotPixhawk ecosystemIntegration targets · Validation pending

FLIGHT CONTROL & NAVIGATION

Build your flight stack.

View all hardware ↗
BEXFLY V6X functional illustration, not a product photograph
FLIGHT CONTROLLERS

BEXFLY V6X ↗

The BEXFLY V6X flight controller brings the aircraft, navigation and peripheral interfaces into one integration plan.

Flight controllerAircraft integrationBEXFLY hardware
M10 GNSS functional illustration, not a product photograph
STANDARD GNSS

M10 GNSS ↗

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

u-blox M10Standard positioningNo RTK corrections
F9P RTK functional illustration, not a product photograph
RTK GNSS

F9P RTK ↗

High-precision GNSS positioning based on the u-blox F9P platform, with RTK processing in the receiver and a correction stream for precise positioning.

u-blox F9PMulti-band GNSSReceiver-based RTK

FEWER THINGS BETWEEN YOU AND FLIGHT

Let the corrections
come to you.

The proposed architecture brings cellular correction access and RTK processing into one module, reducing the need for a separate local base station in supported deployments.

Inside the architecture ↗
01Correction networkCoverage & service required
↓ 4G CAT.1
02BEXFLY moduleGNSS observations + onboard RTK
↓ UART / CAN
03Your flight controllerDedicated integration & validation

OPEN FLIGHT, THOUGHTFULLY CONNECTED

Your platform. A clearer path forward.

01 / PX4

Start with the aircraft.

Plan power, mounting and GPS data paths around your PX4 flight controller.

PX4 RTK documentation ↗
03 / INTEGRATION

Get the details right.

Connector shape alone does not establish compatibility. Confirm pinout, firmware and wiring before connection.

Read the integration checklist ↗

PX4, ArduPilot and Pixhawk are third-party ecosystem references. Compatibility is a development target, not a certification or partnership claim.

BUILD YOUR NEXT FLIGHT

Have an aircraft in mind?

Prepare your platform requirements and start with the right integration questions.

Prepare a project inquiry ↗