
New-build production
Future Plant.
A two million square foot aircraft manufacturing and assembly plant: AI-driven, robotic, and built for simultaneous production of Stavatti civil and military aircraft between 2028 and 2031.
2028-2031
Two million square feet. One digital factory.
Stavatti is planning a new-build Aircraft Manufacturing and Assembly Plant of two million square feet. The plant is conceived as a future world headquarters and primary design and manufacturing center: a greenfield facility at a controlled airport with a paved runway of at least 9,000 by 150 feet, sized for SM-920 airworthiness certification, flight test, and delivery.
9400 Porter Road in Niagara Falls remains Stavatti’s Prototyping and Development Center. The hangar there can accommodate SM-100 and SM-920 prototype aircraft. Full-rate production of the SM-31 Stiletto, SM-39 Razor, SM-100 Transport, SM-150 Sportplane, SM-920 Airliner and additional types requires dedicated floor area the Niagara campus was never meant to provide. The Future Plant is that next facility.
A circular engineering, machining, and leadership rotunda sits at the center. Three assembly hangars radiate from it, each 300 feet wide with doors 200 by 60 feet, so several aircraft types can be built in parallel under one roof. The first wing can be a 300,000 square foot module that operates as a stand-alone production center before the remainder of the campus is completed.
The floor is designed around aluminum-lithium foam-metal sandwich structure: friction-stir and laser welding, six-axis robotic cells, abrasive waterjet, additive manufacturing, hydroforming, and a 15 by 50 foot autoclave for high-temperature composites. Production is AI-directed. People remain in the loop for engineering, quality, and flight.
Stavatti is identifying candidate sites in the United States and is working directly with communities, airports, and economic-development authorities to make the plant a reality. Additional plants may follow in Asia, the Middle East, and Europe to serve regional demand. Ground-breaking will be announced when a site is selected.
Specifications
The 2M manufacturing plant.
- Published size
- 2,000,000 sq ft combined manufacturing and office
- Footprint
- 1,150,297 sq ft; 26.4 acres
- Envelope
- 2,500 ft long, 1,500 ft wide, 145 ft high
- Assembly hangars
- Three bays, each 300 ft wide; doors 200 × 60 ft
- Hangar 1 / 2 / 3
- 337,843; 259,469; 208,045 sq ft
- Production floor
- 805,357 sq ft assembly; 225,488 sq ft machining
- Engineering & administration
- 938,619 sq ft in the central rotunda
- Airport
- Controlled field; runway not less than 9,000 × 150 ft
- Schedule
- Construction 2028-2031; ground-breaking TBD
- Investment
- Projected construction cost greater than $800 million
- Employment at full rate
- More than 20,000 direct manufacturing jobs
- Status
- New-build; site selection underway with host communities
Production
Built for the fleet.
SM-31
Stiletto
Undergraduate jet trainer and light fighter family.
SM-39
Razor
Air-dominance fighter.
SM-100
Transport
Intra-theater airlift and tanker-capable transport.
SM-150
Sportplane
General aviation production at volume.
SM-920
Airliner
Narrowbody commercial final assembly.
Others
Fleet
SM-27 and SM-28 Machete, SM-940 series, and follow-on types.
Process
AI-driven robotic production.
Robotic production
Six-axis industrial robots and gantry cells directed by plant AI for assembly, inspection, and material handling on a common digital thread.
Laser machining and welding
CO₂ laser cutting, six-axis laser welding, and plasma tables for aluminum-lithium and titanium structure.
Friction stir welding
6-DOF gantry and robotic FSW cells for compound-curve skins and foam-metal sandwich joints without consumable filler.
Foam-metal sandwich
Aluminum-lithium skins over laser-welded aluminum foam cores, the primary structural method across the Stavatti fleet.
Additive and hydroform
Large-format polymer and metal additive cells, electron-beam melting, and sheet hydroforming presses for complex contours.
Composites autoclave
A 15 × 50 ft high-temperature autoclave for control surfaces, fairings, and hybrid assemblies.
The plant


