Drones & aerial logistics

Aerial logistics without the pilot

Pilot-free multi-rotor, VTOL and fixed-wing aircraft for remote logistics, infrastructure monitoring and supply networks across agriculture, mining and maritime operations.

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Multi-rotor drone in flight over a river city at dusk

Heavy-lift multi-rotor drone carrying a cargo box

Aerial logistics

Heavy payloads, harsh country

One aircraft family spans routine site resupply through to heavy freight lifts, flying missions autonomously while crews stay on the ground and in command.

Pilot-free by design. Cargo aircraft fly logistics missions autonomously, keeping crews out of the air and in command.
100 kg to 2 t cargo class. Heavy-lift airframes span routine site resupply through to freight lifts, with compact multi-rotors for last-mile runs.
Engineered for harsh country. Carbon-composite aerospace load design and environmental sealing keep aircraft working where conditions punish conventional equipment.

Carbon-composite airframes
Environmental sealing
Swarm operation

Missions

Three ways the fleet earns its keep

The same autonomous aircraft platform flies cargo, watches assets and links sites into dependable supply networks.

Remote logistics

Parts, provisions and heavy cargo to sites that roads, weather or distance make slow and costly to reach.
Infrastructure monitoring

Eyes on pipelines, powerlines and remote assets on a repeatable flight schedule, without sending crews into difficult terrain.
Supply networks

Farms, mine sites and vessels linked into standing aerial supply networks, so critical freight moves on a timetable.

Platform classes

Every airframe, one flight plan

Multi-rotor, VTOL and fixed-wing platforms for inspection, mapping, agriculture and logistics. Choose by payload, range and where it has to take off.

Ask about a configuration

Multi-rotor

Multi-rotor platforms

Hovering airframes for close inspection, mapping, last-mile delivery and medical transport, from compact units that deploy from an auto-docking station to heavy-lift multi-rotors that carry a cargo box.

Hover & close inspection
Auto-docking compatible
EO / IR / multispectral

VTOL

VTOL platforms

Vertical take-off from land or a ship deck, then wing-borne flight for pipeline and powerline monitoring, maritime and fire patrol, rapid 3D mapping and runway-free logistics.

No runway needed
Land or ship-deck launch
Rapid 3D mapping

Fixed-wing

Fixed-wing platforms

Long-endurance airframes for communications relay, maritime inspection, large-area forest and grassland patrol, and long-haul freight to islands and branch sites.

Long endurance
Large-area patrol
Long-haul freight

Payload, range and endurance depend on the airframe and its configuration. We match the platform to the mission and confirm the figures during scoping.

Vision-guided robotic arms working along orchard rows

In agriculture

Field mapping from canopy to soil

Coordinated drone and ground-rover teams survey whole properties together: the air fleet covers ground fast while rovers verify conditions up close.

Multispectral canopy health. Multispectral imaging reads crop health across the whole canopy, surfacing stress long before it is visible from the ground.
Soil hydration tracking. Continuous tracking shows where water is working and where it is wasted, paddock by paddock.
Coordinated air-ground missions. Drones and rovers fly and drive the same mission plan, combining wide-area coverage with close-range confirmation.

Precision farming sensors from AgrivaCT

Joint Inspection Center

Supervised from one dashboard.

Flight paths, payload status and imagery from every aircraft are planned and supervised in the Joint Inspection Center, with Super Wi-Fi linking sites beyond cellular coverage.

See the digital twin

Digital twin synthesisA real-time 3D view of the plant, not just a camera feed.
Mission orchestrationRehearse in the twin, then dispatch the real fleet.
Smart Edge AlarmsFaults, corrosion and gas escalated to a person.