Segal Aeronautics designs and builds autonomous aerial platforms across four theaters of the air — logistics, intelligence, transportation, and the stratosphere. One airframe architecture, one autonomy stack, re-skinned to become a freighter, a sensor, or a seat.
Air carries the planet's time-critical cargo, its sharpest intelligence, and soon its short-haul passengers — yet the platforms doing it are crew-heavy, single-mission, and certified to a standstill.
Segal treats an airframe the way we treat a hull, a building, or a satellite: surveyed, modeled, fabricated, and operated as one continuous system.
The spine is autonomy. A Segal airframe resolves its own airspace, holds station without a cockpit crew, and reports its condition rib by rib.
The same platform becomes a freighter, a sensor, or a seat — the boundary conditions change, the discipline does not.
Time-to-air
The only number that matters at an airworks. Survey to certified, flying airframe in modular, fabricated sections — not a decade of type-certification theater. We are not optimizing the old build. We are replacing it.
Each line is a full program in its theater. Together they share the same airframe architecture, the same Vector autonomy stack, and the same Segal discipline.
Heavy-lift airships and autonomous cargo VTOL. Self-navigating freight that holds a corridor, hovers, and discharges without a flight crew — built for ports, islands, disaster zones, and routes too thin or too rough for a runway.
0
Crew required on a standard sortie
Persistent surveillance and reconnaissance platforms — high-altitude long-endurance (HALE) drones and tethered aerostats that survey, watch, and stream a sensor picture for days over a fixed box.
120h+
Continuous time-on-station
Regional eVTOL and short-haul autonomous aircraft. Quiet, electric, vertiport-to-vertiport mobility — moving people and priority cargo over congestion at city and regional scale.
250km
Electric regional range
High-altitude pseudo-satellites (HAPS) — solar, ultra-long-endurance platforms holding station in the stratosphere for comms relay, persistent observation, and the ground-to-orbit handoff to the Segal space arm.
20km
Operating altitude
Our core competency is autonomous design-to-deployment, re-skinned per mission. A freighter, a sensor, and a seat are the same airframe problem with different payloads and dwell times. We solve it once, and outfit it four ways.
Resolve corridor, airspace, weather, and field to tolerance, then compile straight to a parametric airframe model and a fabrication toolpath.
Span, lift system, payload bay, and endurance solved against mission boundary conditions — one model, every theater.
Built as standardized prefabricated sections — the same module becomes cargo bay, sensor mast, or cabin. Nothing waits on a one-off airframe.
Airframes self-navigate, hold station, and discharge before anyone is aboard. The autonomy stack is shared with every Segal theater — seabed to stratosphere.
Handed over instrumented and certified, monitored rib by rib — propulsion, structure, payload reported in real time. We own the outcome, not just first flight.
Every Segal airframe runs on a shared set of systems — the same spine across all four theaters. Each one expands into its own program, and shares its spine with the naval fleet.
The autonomous flight + station-keeping stack: detect-and-avoid, dynamic positioning, hover-and-discharge — certified to operate crewless on a standard sortie. Shared spine with Shipyards' Helm.
Configure and order a Segal airframe from a live model — span, lift system, payload, and module loadout — with a real-time constraint engine and a delivery window.
The fleet-operations terminal: live position, airframe-health telemetry, and payload status across every deployed airframe — and a shared situational picture with naval Tideline.
Flying and on the bench, marked honestly, across all four theaters. Credibility flies.
Pacific Logistics Corridor
60m hybrid heavy-lift airship — 10t outsized, austere-field, no runway.
First production buoyant-lift platform. Crewless point-to-point heavy freight with vertical load and unload, holding a corridor and hovering to discharge where no runway exists.
Island Resupply Network
Autonomous cargo VTOL — 1.5t palletized, 400km, hover-discharge.
Mid-mile logistics drone for ports, islands, and disaster resupply. Vertical lift, hover-discharge, and charges between sorties — the last-mile complement to Cumulus on routes too thin for an airship.
Wide-Area Persistent ISR — eligibility required
HALE ISR drone — 120h+ endurance, multi-sensor mast, edge-fused downlink.
Persistent wide-area surveillance holding a fixed box for days. High-altitude long-endurance fixed-wing with an EO/IR, SAR, and SIGINT-class sensor mast. Controlled payloads are gated.
Fixed-Site & Maritime Overwatch — eligibility required
Rapid-deploy tethered aerostat — persistent EO/IR overwatch, mast-up in under an hour.
Persistent fixed-site and maritime overwatch. A tethered aerostat carrying an EO/IR payload, powered up the tether, raised in under an hour. Controlled sensor packages are gated.
Regional Vertiport Network
4-seat regional eVTOL — 250km electric, low-acoustic, vertiport-native.
Vertiport-to-vertiport autonomous mobility over congestion. A quiet, distributed-electric tilt-rotor carrying four passengers or priority cargo at city and regional scale.
Cross-Domain Reference — with Segal Shipyards
Ship-launched amphibious autonomous drone — fuses a sea-and-air picture.
Launches and recovers from a Segal hull, extending a vessel's sensor and resupply reach. The explicit hull-to-air bridge — one fused picture across both domains.
Stratospheric Persistence — ground-to-orbit handoff
Solar HAPS — 20km altitude, multi-week station, the ground-to-orbit handoff.
High-altitude pseudo-satellite holding the stratosphere for comms relay and persistent sensing. Solar-electric, ultra-long-endurance — the handoff between the air and the Segal space arm.
Segal air and naval assets run the same autonomy spine (Vector ⇄ Helm) and report into the same operations picture (Apron ⇄ Tideline). The merge isn't a slide — it's the same airframe and the same hull operating as one coordinated system.
Albatross launches from a Shipyards research hull such as Sounding, tripling its survey footprint and feeding one fused sea-and-air picture back to the bridge.
Cumulus and Porter service offshore Segal Habitats — Tide Commons, Atoll — with no port and no runway, closing the last mile that a hull alone cannot reach.
Vantage and Apex hold wide-area ISR and comms backhaul above a naval logistics corridor, closing the gap between hull and shore in one operations picture.
Pick an airframe, render it live, and toggle real options against a constraint engine that recomputes payload, range, endurance, and delivery window on every change. Export-controlled options stay locked until eligibility is attested.
We work with operators, ports, logistics networks, research institutions, agencies, and developers who measure outcomes in time-to-air — for freight, for intelligence, or for the people who'll fly. If that's you, the conversation is short.
Every inquiry is read by the people building the airframe. We route freight, intelligence, and passenger programs to the right engineer — not a queue.
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