HYFIX Launches U.S.-Made H1P Chip Module for Small Drones

HYFIX Spatial Intelligence is rolling out its H1P Positioning, Navigation, and Open-Compute Module for small unmanned systems, with samples and evaluation kits available immediately. The Santa Clara, California company is showcasing the H1P at AUVSI XPONENTIAL 2026 in Detroit this week, booth 34005. It’s the first product built on the company’s H1 Autonomous Systems Chip, and it’s pitched squarely at U.S. drone builders trying to reduce their dependence on Chinese components.

The H1P consolidates what used to be a half-dozen separate boards into a single surface-mount module. For builders running on tight power budgets and tighter timelines, that’s the headline.

What the H1P Actually Does

At its core, the H1P is a GNSS positioning and navigation module with onboard compute baked in. It runs dual RF ports with native dual-antenna GNSS support and more than 800 hardware tracking channels.

That’s the spec sheet, and it matters because dual-antenna setups give drones true heading without depending on a magnetometer, which is the part of a drone that drifts the fastest in noisy electromagnetic environments.

The module supports every major global navigation satellite system plus emerging low Earth orbit signals, including Pulsar, the new navigation service from Xona. LEO signals arrive at the receiver significantly stronger than traditional GNSS, which helps when an aircraft is operating somewhere the GPS signal is being jammed or spoofed.

The H1P also pulls in correction data from GEODNET, a real-time kinematic network that delivers centimeter-level positioning with anti-spoofing protections built in. Combined with integrated IMU sensor fusion, the module is designed to keep a drone navigating cleanly when GPS gets ugly.

The Supply Chain Pitch

The H1P arrives at a moment when American drone manufacturers are under real pressure to source domestically. The FCC’s Covered List has tightened the rules on which foreign-made components can be designed into systems sold to U.S. government customers. The Department of Defense has been pushing similar guidance on its side.

HYFIX is selling the H1P as a direct answer to that pressure. The H1 chip itself is U.S.-designed, and the company is part of a broader reshoring push in autonomous hardware that includes airframe builders, motor manufacturers, and battery suppliers all trying to rebuild a supply chain that for the last decade has run primarily through Shenzhen.

The company raised $15 million in a seed round led by Craft Ventures earlier this year, with participation from Catapult Ventures, Multicoin Capital, Finality Capital, and hard-tech investor Sky Dayton. CEO Mike Horton came up through autonomous tractors before moving into drones. His co-founder Udan Ercan built high-precision GNSS systems at Topcon. The pedigree fits the product.

Where This Fits in the Builder’s Stack

For a drone builder today, integrating positioning, navigation, and onboard compute usually means picking a flight controller from one vendor, a GNSS module from another, a radio from a third, and a companion computer from a fourth. Then you wire it all together, write the glue code, and pray nothing drops out in flight.

The H1P collapses several of those layers into one part. It’s PX4 compatible and runs NuttX, which means existing software stacks don’t have to be rewritten from scratch. That’s a meaningful detail for the small and mid-sized U.S. drone companies that have built years of code on the PX4 ecosystem.

The module also keeps an open compute architecture, which means developers can run their own logic on the dual-CPU setup rather than treating it as a closed black box. For builders working on autonomy, custom mission logic, or specialized payloads, that flexibility matters more than another tenth of a meter of positioning accuracy.

The Wider Context

The H1P launches into a U.S. drone industry that knows what it needs but has been struggling to build it. Domestic alternatives to DJI exist, but the supply chain underneath them has been thin and often dependent on the same overseas components the rules are now trying to exclude. American silicon for autonomous systems is one of the missing pieces.

HYFIX is targeting that gap directly. The company has also signaled it plans to extend the same architecture to humanoid robots and industrial autonomous systems over the next few years, which suggests the H1 chip is being designed as a platform play rather than a one-product company. Whether that ambition lands depends on whether enough drone builders adopt the H1P in the next 12 to 18 months to validate the silicon at volume.

DroneXL’s Take

Here’s the honest part. The American drone industry has spent the last several years talking loudly about supply chain independence while quietly continuing to source critical components from the exact suppliers the policy environment was supposedly excluding. Reshoring talked a lot. Reshoring built less.

The H1P matters because it actually attacks the hard part of the problem. Airframes are not the bottleneck. Motors are not the bottleneck. Silicon is the bottleneck. Building a U.S.-designed system-on-chip that handles flight control, positioning, communications, and compute in one package is genuinely difficult engineering, and HYFIX has put the work into it.

The fair caveat: this is a seed-stage company with one product entering sampling. Sampling is not production. Evaluation kits at a trade show booth are not the same as ten thousand modules shipping into manufacturing lines. The H1P has to survive the gap between announcement and adoption, and that gap has killed a lot of promising drone hardware over the years.

The DJI shadow over this story is also real. DJI’s vertical integration is brutal precisely because the company controls its own silicon. American builders trying to compete have been stitching together components from vendors who never built their products to work as a system.

HYFIX is offering an alternative starting point, and the question is whether enough U.S. drone companies are willing to commit to building around a young silicon vendor instead of continuing to patch their way through with whatever modules they can still source.

The answer to that question over the next two years will tell us whether the reshoring story is real or whether it stays where it has been for most of the last decade, which is mostly in press releases.