Electric Aviation for Agriculture & US Defense

Safer. Cheaper. More Effective. The Heavy 1 — a full-scale electric agricultural aircraft — and the autonomous defense platforms built on the same distributed-electric architecture.

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Why Edison Aerospace

Safer

Save agricultural pilot lives — no flammable fuel on board. Achieve military objectives with fewer losses.

Cheaper

Cut 53% of operating costs compared to traditional ag aircraft. Accomplish mission objectives at lower cost.

More Effective

Fly non-stop, all day and into the night, with hot-swap battery operations. Create a novel force multiplier.

Edison Aerospace Heavy 1 electric agricultural aircraft in flight

Civilian Aviation — Heavy 1 eSTOL Agricultural Aircraft

Edison Aerospace's flagship Heavy 1 is a patent-pending distributed-electric eSTOL aircraft engineered to replace traditional crop-duster turbines: 40‑ft wingspan, 200 gallon spray capacity, 8 electric motors, ground-effect operation, and extreme short-takeoff-and-landing from unprepared fields.

The aircraft brings 53% lower operating costs, zero combustion emissions, and a substantially safer cockpit profile — addressing the leading cause of agricultural pilot fatalities. Edison is the only company building a full-scale electric replacement for traditional ag aviation, not a sub-scale drone.

Heavy 1 is covered by USPTO Provisional #63/667,697 and serves as the dual-use airframe substrate underwriting Edison's defense portfolio.

Heavy 1

The flagship: 40-ft wingspan, 200-gallon hopper, 8 electric motors, 300-ft STOL from unprepared fields. 53% lower operating costs than turbine ag planes.

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Heavy 1 Cargo

The proven airframe as an autonomous cargo aircraft: 1,200+ lb payload for remote supply, medical delivery, humanitarian aid, and island logistics.

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Ground Control Station

Battery charging, mission control, and aircraft hangar in one towable trailer — fly non-stop, all day and into the night, no infrastructure required.

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US Defense — Autonomous Constellations for Contested Environments

Edison's defense portfolio is the natural extension of Heavy 1: same airframe family, same distributed-electric propulsion, same autonomy stack — re-tasked into LionFish (autonomous aerial decoy & EW), Heavy 1 Defense (unmanned cargo/munitions delivery), UNCV (unmanned naval combat vessel), SeaWatch (maritime sensor & decoy network), and the Mobile Power & Command Hub for containerized constellation operations.

Four USPTO provisional patents filed. Edison is SAM.gov active (UEI V3Z7BRFKMHS3, CAGE 1ZZD3) and engaged across USAF, Navy, USDA, and DARPA SBIR programs. The dual-use grounding — agricultural commercial revenue underwriting defense innovation — lets Edison deliver constellation-scale autonomy at a unit cost competitive with adversary attritable platforms.

Defense advisor: Dr. Thomas De La Garza, Lt. Colonel (Retired) — 29-year U.S. Army veteran with SOCOM and NORAD Joint Operations Center experience.

Edison Aerospace SeaWatch autonomous surface vessel — defense maritime platform

Heavy 1 Defense

Unmanned aerial platform for cargo delivery and munitions deployment in contested airspace. Based on the proven Heavy 1 airframe.

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UNCV

Unmanned Naval Combat Vehicle — an autonomous surface and subsurface vessel for maritime patrol, mine detection, and anti-submarine operations.

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SeaWatch

Surface-skimming ground-effect platform for munitions launch, mine laying, UNCV deployment, and high-speed cargo delivery. Dual-use defense and civilian.

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LionFish AUAV

Group 3 hybrid-electric decoy & EW aircraft — variable-sweep wings, 250-knot dash, DARPA L4 autonomy, constellations of 50–500 platforms at attritable unit cost.

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Containerized Hub

ISO-container "airbase-in-a-box" — power, command, launch, recovery, and recharge for drone constellations at austere forward bases.

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Heavy 1 Specifications

Purpose-built electric agricultural aircraft engineered for performance, safety, and economy.

Edison Aerospace Heavy 1 aircraft 3D render showing top-down view
40'
Wingspan
200 gal
Tank Capacity
3,000 lbs
Max Takeoff Weight
8
Electric Motors
90 kts
Cruise Speed
300'
STOL Distance

Heavy 1 Cargo Variant

The same proven airframe configured for autonomous cargo delivery — remote areas, medical supplies, humanitarian aid, and e-commerce logistics.

Explore Heavy 1 Cargo

See Heavy 1 in Action

Watch how Edison Aerospace is building the future of agricultural aviation with all-electric technology.

Ground Control Station

Your Complete Field Operations Hub

The Edison Ground Control Station (patent pending) turns our Heavy 1 aircraft — both civilian and defense variants — into a complete unmanned operations package: battery charging station, mission control center, maintenance workspace, and aircraft hangar in one towable trailer. Keep flying non-stop, all day long and into the night.

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Edison Aerospace Inc ground control station solar panel array unfolded recharge airplane

Our Partners

We thank our industry and educational institution partners!

Virginia Tech NDSU - North Dakota State University University of Central Florida University of North Dakota Aveo Engineering Agrospar Machinery NAAA T-Motor mRobotics uAvionix AeroFleet One Sprayer Specialties

Team

Leadership & Advisors

Gene Avakyan

Gene Avakyan

PRESIDENT/CEO AND CO-FOUNDER

Chief engineer, Aerospace Engineering and MBA degrees. Primary inventor of the Edison product line, with 26 years of US Federal government experience, including the FAA.

Victoria Unikel

Victoria Unikel

VICE-PRESIDENT, CMO AND CO-FOUNDER

Celebrity and public persona, successful serial entrepreneur with global marketing and import experience.

Dr. Thomas De La Garza

Dr. Thomas De La Garza

ADVISOR

Decorated US Army officer and PhD with 29 years of experience in multi-domain and special operations.

David Golubchik

David Golubchik

COUNSEL

Award-winning attorney and partner at prestigious Los Angeles law firm LNBY&G.

Renee Shelton

Renee Shelton

ADVISOR

Commercialization Specialist, University of North Dakota.

Research Partners

Prof. Leon Schumacher

Prof. Leon Schumacher

RESEARCH PARTNER

Ph.D., NDSU Chair of Dept. of Agricultural and Biosystems Engineering.

Prof. William Devenport

Prof. William Devenport

RESEARCH PARTNER

R&D Director of VT Stability Wind Tunnel, Virginia Tech.

Asst Prof. Samik Bhattacharya

Asst Prof. Samik Bhattacharya

RESEARCH PARTNER

Ph.D., University of Central Florida - CFD (computational fluid dynamics) analysis of airframe.

Prof. Yong Hou

Prof. Yong Hou

RESEARCH PARTNER

Materials research engineer at ND Institute of Energy Studies.

Asst Prof. Michael Kinzel

Asst Prof. Michael Kinzel

RESEARCH PARTNER

University of Central Florida - FEA and CFD analysis of flight structures.

From our CEO

"Our goal is nothing less than to replace every single turbine and piston Ag spray aircraft with one of our electric models. Our spray operators and pilots deserve nothing less than to operate more profitable, cleaner, safer, and more efficient spray aircraft! It's about time they've been liberated from dependence on foreign oil as well!"

Gene Avakyan

CEO, Edison Aerospace Inc

Ready to Fly Electric?

Get in touch with our team to learn how the Heavy 1 can transform your aerial application operations.

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