Remote logistics
Deliver parts, provisions and heavy cargo to sites that roads, weather or distance make slow and costly to reach — across agriculture, mining and maritime operations.
Air & field fleet
Heavy lift in the air. Precision on the ground.
From pilot-free cargo aircraft moving up to two tonnes across remote country to computer-vision harvesters working the rows below, Orion's aerial and agricultural fleet turns hard-to-reach operations into scheduled, supervised missions.
Aerial logistics
Heavy-payload aerial logistics without the pilot
Our pilot-free multi-rotor cargo aircraft carry 100 kg to 2 t payloads for remote logistics, infrastructure monitoring and supply networks across agriculture, mining and maritime operations.
- Pilot-free by design. Multi-rotor cargo aircraft fly logistics missions autonomously, keeping crews out of the air and in command.
- 100 kg to 2 t payload class. One aircraft family spans routine site resupply through to heavy freight lifts.
- Engineered for harsh country. Carbon-composite aerospace load design and environmental sealing keep aircraft working where conditions punish conventional equipment.
100 kg – 2 t payloads
Carbon-composite airframes
Environmental sealing
Missions
Three ways the fleet earns its keep
The same autonomous aircraft platform flies cargo, watches assets and links sites into dependable supply networks.
Infrastructure monitoring
Put eyes on pipelines, powerlines and remote assets on a repeatable flight schedule, without sending inspection crews into difficult terrain.
Supply networks
Connect farms, mine sites and vessels into standing aerial supply networks, so critical freight moves on a timetable rather than on availability.
Agricultural systems
Intelligent automation from canopy to soil
Orion's agricultural robots bring computer vision and articulated mechanical joints to the field, automating harvest work and building the data layer for precision farming.
- Computer-vision harvesting. Vision systems identify produce and guide articulated mechanical joints through careful, repeatable picking.
- Canopy mapping. Robots build a working map of the crop canopy, so every pass is planned rather than improvised.
- Precision farming. Field data feeds targeted interventions, putting effort exactly where the crop needs it.
Field intelligence
Wide-area precision field mapping
Coordinated drone and ground rover teams survey entire 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 soil hydration tracking shows where water is working and where it is wasted, paddock by paddock.
Coordinated air-ground missions
Drones and ground rovers fly and drive the same mission plan, combining wide-area coverage with close-range confirmation in a single survey.
Put autonomous aircraft and field robots to work
Tell us about your site and we'll map the aerial and agricultural missions that pay off first.