HYFIX Unveils H1P Module for Drone Navigation and Positioning Needs

HYFIX Launches H1P Positioning and Navigation Module

In an exciting development for the drone and unmanned systems industry, HYFIX Spatial Intelligence has officially launched its H1P Positioning, Navigation, and Open-Compute Module. This innovative product aims to significantly enhance the capabilities of small unmanned aerial vehicles (UAVs) and will be available for demonstration at AUVSI XPONENTIAL 2026, occurring from May 12 to 14 at Booth 34005.

What is the H1P Module?

The H1P module integrates HYFIX's proprietary H1 Autonomous Systems Chip into a compact module that complies with industry standards. Its design allows for easy integration into existing aircraft structures while packing multiple electronic subsystems into a single unit. According to Mike Horton, CEO of HYFIX, this innovation centralizes the core systems essential for drone operation, addressing the challenges of positioning, navigation, and computation simultaneously. This consolidation simplifies design complexities and boosts reliability, empowering developers with better control over system performance in various operational environments.

Strengthening the U.S. Drone Supply Chain

HYFIX's H1P is particularly noteworthy given the globalization of supply chains in the drone industry, which have relied heavily on non-U.S. manufacturers. With increasing national focus on domestic production—partly due to new policies like the Federal Communications Commission Covered List—HYFIX's H1P chip plays a pivotal role. The chip's U.S. origins aim to improve the security and efficiency of supply chains involved in drone manufacturing, paving the way for a more resilient infrastructure. This innovation signals a shift towards sourcing components from trusted domestic suppliers, helping to insulate the U.S. drone industry from external uncertainties.

Advanced Features of the H1P Module

At its core, the H1P is designed for the demanding requirements of small UAVs. It is equipped with dual RF ports for dual-antenna GNSS operation, showcasing over 800 hardware tracking channels. Furthermore, the H1P supports all major global navigation satellite systems and integrates emerging signals from low Earth orbit (LEO) satellites. This upgrade is incredibly relevant as Bryan Chan, co-founder and VP of Strategy at Xona, emphasizes. He notes that traditional GNSS capabilities are no longer adequate for unmanned systems operating in challenging environments. The addition of strong, authenticated signals from technologies like Pulsar augments precision and operational resilience.

Enhancing Capability Against Interference

The module is also designed with advanced sensor fusion integrating inertial measurement units (IMUs) to counteract jamming elements, which boosts operational resilience in degraded settings. It supports high-accuracy real-time kinematic (RTK) positioning through trusted correction data provided by GEODNET, enhancing reliability and security against spoofing attacks.

A Unified Compute Platform

The architected dual-CPU structure within the H1P module facilitates enhanced flight-critical electronics integration. The module is not only compatible with the PX4 Autopilot ecosystem but also runs the NuttX operating system, streamlining operations ranging from flight control to navigation and onboard computing. This fosters a platform conducive to customization and deeper system integration, offering significant advantages for developers.

Availability and Demonstrations

For those interested in exploring the H1P further, HYFIX will conduct live demonstrations and is currently accepting evaluation kit requests from eligible clients at their booth during the AUVSI XPONENTIAL event.

About HYFIX

HYFIX Spatial Intelligence is a U.S.-based semiconductor firm dedicated to revolutionizing the drone experience with American-made autonomous systems chips. Focusing on seamless integration of flight control, precision positioning, secure communication, and onboard intelligence, HYFIX aims to facilitate the development of safer, more reliable, and economically viable autonomous systems. More information about their offerings can be found on their website at hyfix.ai.

This unprecedented integration of technologies within the H1P module not only supports the evolution of small unmanned systems but also reaffirms HYFIX's commitment to reshoring critical technological and manufacturing innovations back to the United States.