Deploy the
next horizon.

Segal Aeronautics

Cargo, persistent sensing, regional travel, and a station in the stratosphere.

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Segal Aeronautics builds the airframe, the energy system, the autonomy, and the ground turn as one aircraft.

Cargo, delivered to the site.

Lift

Segal Lift carries heavy freight to places that do not have a runway.

An aircraft for the outsized load, and a cargo aircraft for the pallet and the cold chain. Weather, the landing area, and the power on the ground are designed with the aircraft. A supervisor stays on the route.

The route
Range, weather, and a destination that may not be an airport.
The load
Pallets, cold chain, or something that will not fit a normal hold.
The ground
Handling, energy, and maintenance, planned with the flight.

Stay overhead.

Vigil

Segal Vigil keeps a sensor on station, on an aircraft or an aerostat.

Electro-optical, infrared, radar, or signals. The airframe, the energy, and the downlink are built so an operator gets a picture they can use, for as long as the mission needs it up there.

Time on station
Endurance set against the weather, the payload, and the energy aboard.
The sensor
The mast and the airframe are designed around the instrument, not the other way around.
The picture
Processing and a downlink, so the collection becomes something an operator can act on.

A sky lane for people.

Transit

Segal Transit is electric VTOL for passengers and priority cargo.

Quiet distributed propulsion, a cabin for people or freight, and a stop that is a charge rather than a gate. Vector flies the lane. An operator supervises. The vertiport is part of the product.

The lane
Vertiport to vertiport. The landing site and the charge are planned with the trip.
The cabin
Passengers or priority cargo, in an aircraft meant to be quiet over a city.
The turn
Land, charge, and leave again.

Hold the stratosphere.

Apex

Segal Apex is a solar aircraft for relay and observation above the weather.

It stays up on the energy it collects. Day and night, wind, and the payload draw are the design. From that altitude it can relay communications or watch a wide area, between an airplane's endurance and a satellite's distance.

The station
Above weather and traffic, held against the wind and the season.
The payload
A communications relay or a wide-area sensor, sized for the power aboard.
The energy
Collect, store, and spend, through the whole day.

One fleet, one way to fly it.

The stack

Vector, Hangar, and Apron are the software around the fleet.

Vector flies and supervises. Hangar configures the aircraft for the job. Apron runs the ground turn: energy, maintenance, and dispatch. The airframes differ. The way they are flown does not.

Vector
Flight and autonomy, with an operator who can intervene.
Hangar
The configuration of payload, energy, and route before the aircraft moves.
Apron
Energy, maintenance, and dispatch on the ground.

Aircraft for the job in front of you.

Cargo, a persistent sensor, regional travel, and a station in the stratosphere.

The fleet

Four aircraft. One way to fly them.

Segal Lift

Freight

Segal Vigil

Sensing

Segal Transit

People

Segal Apex

Stratosphere

Vector — the flight stack

Lift, Vigil, Transit, and Apex share Vector, the flight system. Each aircraft is built for a different job.

Aircraft & missions

Uncrewed aircraft

Flight systems

Lift and logistics

Segal Lift carries heavy freight to sites without a runway, including outsized loads, pallets, and cold chain.

Sensing and mobility

Vigil stays overhead with a sensor. Transit flies people and priority cargo between vertiports. Apex holds station in the stratosphere.

Aircraft systems

Vector flies the aircraft. Hangar configures it. Apron runs energy, maintenance, and dispatch on the ground.

On the homepage

Aerial platforms

Work with Aeronautics

The route, the payload, and the ground turn define the aircraft.

Aeronautics Order

Build the frontier
with us.