Design · Electronics · Drones

Hi, I'm Jerry Fuller.

UAS Systems Engineer · Maker · Builder

I've spent over a decade around unmanned systems — the last five years working in the industry across research, flight test, and defense. Today I'm a UAS Systems Engineer at KAZE Drones, developing interceptor and strike drone solutions. I've operated and built aircraft in some of the harshest conditions in the country, from the Arctic to the field.

Portrait of Gerald (Jerry) Fuller
10+ yrs
Unmanned systems
5 yrs
In the industry
FAA Part 107
Commercial UAS
Private Pilot
Certificated

About

Operator and engineer for unmanned systems.

For more than ten years I've worked with unmanned aircraft — flying them, integrating their sensors, and engineering the systems that hold a mission together. The last five years have been professional: research flight test, field operations in extreme environments, and now the design of next-generation drone platforms.

I'm currently a UAS Systems Engineer at KAZE Drones working on interceptor and strike drone solutions. Before that I designed and built a subscale prototype of a concept business aircraft, and spent several years as an Autonomous Systems Operator at the Research Institute for Autonomous Systems (RIAS) under the University of North Dakota.

Email me

What I work on

  • UAS systems engineeringInterceptor & strike drone development, integration & test.
  • Flight operationsMission planning & field ops in extreme environments.
  • Sensors & payloadsEO/IR, thermal, multispectral, 3D LiDAR & GPR.
  • Design & fabricationCAD in Fusion 360 / Inventor, 3D printing, prototyping.
  • Amateur radioHF/VHF/UHF, APRS & digital modes — KF0QGK.

Experience

Where I've flown & what I've built

A decade of unmanned-systems work — from research flight test to field campaigns in the Arctic to next-generation drone development.

Current · KAZE Drones

UAS Systems Engineer — KAZE Drones

Developing interceptor and strike drone solutions as a systems engineer — working across airframe, integration, and test to turn capability requirements into flyable, mission-ready platforms.

Systems engineeringInterceptor UASStrike UASIntegration & test
Design · Flight Test

Kestrel — subscale concept aircraft

Designed and built the Kestrel, a subscale prototype of a concept business aircraft — taking a clean-sheet design from CAD all the way to a finished, flyable testbed.

See the build →
Aircraft designPrototypingFabrication
RIAS · UND

Autonomous Systems Operator — RIAS

Several years at the Research Institute for Autonomous Systems supporting a wide range of research: agricultural surveying, NASA UTM, target-aircraft builds, and counter-UAS test & evaluation for federal partners.

Agricultural surveyNASA UTMTarget aircraftCounter-UAS T&E
Flagship · Arctic Field Campaign

Alaska — Arctic infrastructure & permafrost study

The largest project of my time at RIAS: a multi-year field campaign in Alaska for a joint arctic infrastructure and permafrost study supporting the U.S. Army Corps of Engineers. We surveyed the Nome / Teller region and the full lengths of the Steese and Dalton Highways — flying at the peak of winter in January and again in summer.

Aircraft: DJI M600 · Inspired Flight IF1200A · Parrot ANAFI USA. Payloads: electro-optical, infrared, thermal, multispectral, 3D LiDAR, and ground-penetrating radar.

Multi-year campaignExtreme-cold opsLiDAR & GPRUSACE

Build story · Kestrel

Building the Kestrel

The Kestrel is a subscale prototype of a concept business aircraft I designed and built — from the CAD model through printing, fiberglass and finish work, to the tilting ducted-fan propulsion. Here's the build, start to finish.

Front-duct tilt function under test.

On the bench

Side projects & what's next

When I'm not in the field, I'm building. More on GitHub.

AI · Vision

PrinterCam

A 3D-print failure detector that watches the bed through a camera and flags failed prints in real time with a YOLOv11 model — catching a bad print before it wastes hours of filament.

PythonYOLOv11Computer vision
Future venture

J-Tech

A hardware venture in the works — custom drones, electronics, and power systems. More to come.

DronesElectronicsComing soon

Skills & credentials

Tools & certifications

Equal parts software, hardware, and airmanship — the toolkit behind the builds.

See projects on GitHub
  • FAA Part 107Commercial small-UAS operations.
  • Private Pilot CertificateCrewed aircraft.
  • Payload & sensor operationsEO/IR, thermal, multispectral, LiDAR, GPR.
  • Fusion 360 & Autodesk InventorIndustry certified — CAD & design.
  • ArduPilot & mission planningSetup, tuning & system integration.
  • Amateur Radio LicenseCallsign KF0QGK.

On the air as KF0QGK

Station details, gear, and live space-weather & propagation data.

Open the radio page

Contact

Let's build something.

Questions about a build, a custom pack, a collaboration, or a radio contact? Reach out.

GitHub JFullerFPV
Amateur Radio KF0QGK on QRZ