Seaflight Technologies
About
About Seaflight Technologies
Seaflight Technologies develops large uncrewed aircraft for cargo, maritime surveillance and long-range missions. Its work combines electric propulsion, autonomous flight control and aerodynamic flow-control techniques intended to improve lift and efficiency at larger scales.
The programme includes cargo-drone concepts and a ground-effect wingship designed to fly close to the sea surface, where aerodynamic interaction with the water can reduce energy use. Modular payload and mission systems target logistics and sensing over coastal routes. The aircraft remain in development and demonstration rather than established fleet service.
Team
- Graham Doig - Co-founder
Timeline
Events
- 2025-03-26 - Partnership - Seaflight cargo-drone project adds UNSW powertrain development
The university laboratory will test individual powertrain components and their performance as an integrated system. The initial prototype targets payloads of 40–50 kilograms over several hundred kilometres. The AUD 3 million programme receives around half its funding from the Australian Government Emerging Aviation Technology Partnerships programme.
Source
Relations
Relationships
- UNSW Sydney
Electric Cargo Drone Research Partner - Seaflight Technologies and UNSW collaborate on the electric powertrain for the AURA-E cargo-drone development programme.
- Macquarie University
Cargo Drone Development Partner - Seaflight Technologies and Macquarie University lead the AURA-E electric cargo-drone development programme.
Context
Comparable profiles
- Kitekraft
stack adjacency - Autonomous Flight
- Airhart Aeronautics
stack adjacency - Autonomous Flight
- REGENT
stack adjacency - Autonomous Flight
Shared workflows
- Rocket Lab
workflow adjacency - Aerospace Autonomy Innovation
- Lockheed Martin
workflow adjacency - Aerospace Autonomy Innovation
- Hop Aero
workflow adjacency - Aerospace Autonomy Innovation
- Spaceium
workflow adjacency - Aerospace Autonomy Innovation
- Cascade Space
workflow adjacency - Aerospace Autonomy Innovation
- Navier AI
workflow adjacency - Aerospace Autonomy Innovation
- Basalt
workflow adjacency - Aerospace Autonomy Innovation
- Inversion Space
workflow adjacency - Aerospace Autonomy Innovation
- Reditus Space
workflow adjacency - Aerospace Autonomy Innovation
- Wardstone
workflow adjacency - Aerospace Autonomy Innovation
- HEO
workflow adjacency - Aerospace Autonomy Innovation
- Quindar
workflow adjacency - Aerospace Autonomy Innovation
Context tags
- Aerospace autonomy innovation - Workflow - Korthos context supports Aerospace autonomy innovation.
- Autonomous flight - Capability - Korthos context supports Autonomous flight.