Established 2020. FlyOnE Ltd, an Australian Public Company, Limited by Shares
Electric flight and Air Taxi proof of concept complete
Hours
1350
Over 1,350 commercialised electric flight hours flown in our fleet since 2020
Users
40k+
Tens of thousands of passenger movements across our network
Kilometers
180k
Electric total occupancy kilometers flown in our fleet since 2020
Volume
20+
20+ Air Taxi passenger flight departures per DAY on our legacy network and growing
Series A growth stage now underway to scale across import, manufacturing, training, deployment, operations and energy supply.
The FlyOnE Thesis
Energy Will Redefine Aviation
For more than a century, aviation has depended on a centrally controlled energy source and fragmented operational systems.
FlyOnE is building a more efficient model. Alongside next-generation aircraft supply and continued airworthiness supply chains, FlyOnE is rolling out distributed energy and charging infrastructure designed to generate up to 10× lifecycle returns while supporting network expansion.
FlyOnE is building a more efficient model. Alongside next-generation aircraft supply and continued airworthiness supply chains, FlyOnE is rolling out distributed energy and charging infrastructure designed to generate up to 10× lifecycle returns while supporting network expansion.
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At the centre is Lilypad Pro — our proprietary operations platform that manages compliance, aircraft utilisation, maintenance, pilot duty, and operational processes in a single integrated system. This software-driven control layer dramatically reduces operational downtime and increases aircraft productivity.
The result is stronger flight operation ROI today, while enabling the deployment of next-generation aircraft and infrastructure to decentralise the energy supply and move energy sovereignty into the hands of the operator, channelling renewable energy sources in their local area.
Our thesis is simple:
The future of aviation will be driven by software, decentralised energy infrastructure, and operational efficiency.
FlyOnE is scaling that system.
Partners
FlyOnE Is Not an Air Taxi Company
FlyOnE is an energy-to-mobility platform.
Our system converts stored and streamed renewable energy into on-demand transportation through a network of next-generation aircraft, distributed aviation infrastructure, and advanced operational software.
In this model:- Energy → becomes → Mobility- Aircraft become energy conversion machines.- Airports become energy nodes.- Transportation becomes a software-orchestrated energy network.- FlyOnE designs, deploys, and operates this system.
Our system converts stored and streamed renewable energy into on-demand transportation through a network of next-generation aircraft, distributed aviation infrastructure, and advanced operational software.
In this model:- Energy → becomes → Mobility- Aircraft become energy conversion machines.- Airports become energy nodes.- Transportation becomes a software-orchestrated energy network.- FlyOnE designs, deploys, and operates this system.
Proven Early Execution
FlyOnE is not theoretical.
The company has already demonstrated the viability of its model through real-world operations:
• Over 1,350 commercialised electric flight hours flown by FlyOnE• Tens of thousands of passenger movements across our network• Active operations across charter, aerial work, and pilot training• Integrated aviation operations under CASA regulatory frameworks • Certified electric aviation training (regulatory approved)• Early deployment of electric aviation infrastructure
These early operations provide critical data and operational experience required to scale the platform globally.
The company has already demonstrated the viability of its model through real-world operations:
• Over 1,350 commercialised electric flight hours flown by FlyOnE• Tens of thousands of passenger movements across our network• Active operations across charter, aerial work, and pilot training• Integrated aviation operations under CASA regulatory frameworks • Certified electric aviation training (regulatory approved)• Early deployment of electric aviation infrastructure
These early operations provide critical data and operational experience required to scale the platform globally.
With only a fraction of its secured capital deployed, FlyOnE has already achieved significant market penetration in electric aviation operations.
Decentralising Energy for transport
FlyOnE is building a decentralised aviation energy network.
Instead of relying on fuel delivered from centralised suppliers, FlyOnE deploys infrastructure that generates, stores, and distributes energy locally, converting that energy directly into transportation.This fundamentally shifts control.
Energy generation moves closer to the point of use.Storage allows operators to control supply timing.Aircraft convert stored energy into movement.
In this model, operators regain sovereignty over the most critical input to their operations: energy itself.Transportation becomes an energy management system.
Instead of relying on fuel delivered from centralised suppliers, FlyOnE deploys infrastructure that generates, stores, and distributes energy locally, converting that energy directly into transportation.This fundamentally shifts control.
Energy generation moves closer to the point of use.Storage allows operators to control supply timing.Aircraft convert stored energy into movement.
In this model, operators regain sovereignty over the most critical input to their operations: energy itself.Transportation becomes an energy management system.
A Network, Not a Fleet
Traditional aviation businesses operate fleets.
FlyOnE builds interconnected mobility networks.
Our platform integrates:
• Distributed aviation infrastructure• Electric and hybrid aircraft systems• Renewable energy collection and storage• Mission-critical operational software• Real-time regulatory and safety compliance systems
Together these elements form a unified operating system for aerial mobility.
FlyOnE’s software coordinates aircraft, pilots, charging infrastructure, passenger demand, maintenance cycles, regulatory compliance, and energy distribution across multiple sites.
The result is a system designed for maximum utilisation, safety, and operational efficiency.
FlyOnE builds interconnected mobility networks.
Our platform integrates:
• Distributed aviation infrastructure• Electric and hybrid aircraft systems• Renewable energy collection and storage• Mission-critical operational software• Real-time regulatory and safety compliance systems
Together these elements form a unified operating system for aerial mobility.
FlyOnE’s software coordinates aircraft, pilots, charging infrastructure, passenger demand, maintenance cycles, regulatory compliance, and energy distribution across multiple sites.
The result is a system designed for maximum utilisation, safety, and operational efficiency.
Energy-Powered Aviation Infrastructure
FlyOnE is deploying a new class of aviation infrastructure designed specifically for electric and hybrid aircraft.
These facilities function as distributed energy-powered micro-airports, forming the physical backbone of next-generation mobility networks.
Each node integrates:
- Renewable energy generation
- Energy storage systems
- Aircraft charging infrastructure
- Passenger and logistics facilities
- Software-managed flight operations
Together they form a distributed energy-to-mobility network capable of supporting regional and urban aerial transport systems at scale.
The Software Layer
Modern aviation networks require more than aircraft and infrastructure.
FlyOnE has developed an advanced interconnected software platform designed to manage widely distributed aviation assets across multiple operating sites.
It also enables the integration of new aircraft technologies as they enter the market.
The system integrates:
- Flight operations management
- Regulatory compliance systems
- Aircraft maintenance and tracking
- Energy infrastructure monitoring
- Passenger logistics and booking systems
- Asset utilisation optimisation
This software layer allows FlyOnE to operate complex aviation networks with high efficiency, full compliance, and maximum asset utilisation.
Advancing Aerospace Technology
FlyOnE works closely with next-generation aerospace manufacturers to ensure aircraft platforms evolve to meet the requirements of large-scale electric aviation networks.
Where necessary, FlyOnE participates in advancing:
• aircraft platform capabilities• operational frameworks• infrastructure standards
This approach ensures FlyOnE remains compatible with the most advanced aerospace technologies entering global markets.
Where necessary, FlyOnE participates in advancing:
• aircraft platform capabilities• operational frameworks• infrastructure standards
This approach ensures FlyOnE remains compatible with the most advanced aerospace technologies entering global markets.
Leadership
FlyOnE was founded by Korum Ellis, a visionary entrepreneur with a relentless drive to execute ambitious ideas long before they become obvious to others.
Korum is known for his resilience, persistence, and ability to pursue complex goals through uncertain and rapidly evolving environments.
Those who work with him observe a powerful effect:Often tackling the 'impossible task' with the unabashed optimism of embarking on an afternoon stroll, he inspires people to believe in and execute possibilities they had not previously considered achievable, unlocking the full potential of the teams and environments around him.
This ability to see future outcomes early and mobilise others to build it is critical when creating entirely new industries.
Korum is known for his resilience, persistence, and ability to pursue complex goals through uncertain and rapidly evolving environments.
Those who work with him observe a powerful effect:Often tackling the 'impossible task' with the unabashed optimism of embarking on an afternoon stroll, he inspires people to believe in and execute possibilities they had not previously considered achievable, unlocking the full potential of the teams and environments around him.
This ability to see future outcomes early and mobilise others to build it is critical when creating entirely new industries.
The Future
The sky is the largest underutilised transportation resource on Earth.
As energy becomes decentralised and aircraft become electrically powered, mobility systems will increasingly move from roads and rails into the sky.
When that transition accelerates, the companies that succeed will not simply operate aircraft.
They will operate energy-driven mobility networks.
FlyOnE is building the skyway of tomorrow, today.