E-STALLION - AUSTRALIAN AIRCRAFT DEVELOPMENT
A NEW GENERATION OF PRACTICAL AVIATION.
Effecient aircraft design. Hybrid and eelctric propulsion. Built around the everyday needs of pilots and commercial operators.
6 seats
Proposed cabin configuration
250 km
Proposed cabin configuration
500 km
Hybrid electric range target
15 : 1
Lift-to-drag design target
EXPLORE THE PLATFORM
Purpose in every detail
A practical aircraft platform, with next generation propulsion at the centre of its development
BUILT FOR USEFUL WORK
One platform. A world of practical missions.
01 / REGIONAL MOBILITY
Air Taxi & Passenger transport
Connect communities and destinations through practical point to point flying.
02 / PILOT DEVELOPMENT
Flight Training
A platform for developing the next generation of pilots and operating skills.
03 / DATA & INSTECTION
Aerial Survey
Mapping, environmental monitoring and infrastructure inspection missions.
04 / SPECIALIST OPERATIONS
Freight & Aerial work
Support logistics and specialist missions with a versatile platform
e-Stallion™ Hybrid Electric Aircraft
Australia's Next Generation Hybrid Electric Aircraft.
The MOST COST EFFICIENT way to fly!
The future of aviation isn't about replacing one engine with another. It's about rethinking how aircraft are designed, built and operated. The e-Stallion™ is FlyOnE's flagship hybrid electric aircraft platform and represents a major step towards cleaner, quieter and more economical aviation. Developed in Australia and supported by a full flying prototype, the aircraft combines advanced aerodynamics, composite construction and next-generation propulsion to create a practical platform for regional transport, aerial survey, pilot training and commercial aviation.
Unlike many concepts that exist only as digital renderings, the e-Stallion has already proven its ability to fly. FlyOnE's vision is to refine, certify and ultimately manufacture this uniquely Australian aircraft at scale, helping establish Australia as a leader in the next generation of aerospace manufacturing. Designed for the Next Century of Aviation
General aviation has changed surprisingly little over the past fifty years. Most aircraft still rely on ageing airframes, expensive maintenance schedules and fossil-fuel-powered engines that continue to increase operating costs for pilots, businesses and operators alike.
The e-Stallion has been designed to break that cycle.
By combining a highly efficient composite airframe with hybrid electric propulsion, the aircraft offers the performance, endurance and versatility needed for real commercial operations while significantly reducing operating costs and emissions compared with traditional aircraft in its class.
Rather than being built for a single niche application, the e-Stallion has been engineered as a flexible platform capable of supporting multiple industries from a common aircraft design.
The future of aviation isn't about replacing one engine with another. It's about rethinking how aircraft are designed, built and operated. The e-Stallion™ is FlyOnE's flagship hybrid electric aircraft platform and represents a major step towards cleaner, quieter and more economical aviation. Developed in Australia and supported by a full flying prototype, the aircraft combines advanced aerodynamics, composite construction and next-generation propulsion to create a practical platform for regional transport, aerial survey, pilot training and commercial aviation.
Unlike many concepts that exist only as digital renderings, the e-Stallion has already proven its ability to fly. FlyOnE's vision is to refine, certify and ultimately manufacture this uniquely Australian aircraft at scale, helping establish Australia as a leader in the next generation of aerospace manufacturing. Designed for the Next Century of Aviation
General aviation has changed surprisingly little over the past fifty years. Most aircraft still rely on ageing airframes, expensive maintenance schedules and fossil-fuel-powered engines that continue to increase operating costs for pilots, businesses and operators alike.
The e-Stallion has been designed to break that cycle.
By combining a highly efficient composite airframe with hybrid electric propulsion, the aircraft offers the performance, endurance and versatility needed for real commercial operations while significantly reducing operating costs and emissions compared with traditional aircraft in its class.
Rather than being built for a single niche application, the e-Stallion has been engineered as a flexible platform capable of supporting multiple industries from a common aircraft design.
Built on Experience
The e-Stallion program is supported by an experienced team with decades of aerospace knowledge.
The broader joint venture group has already delivered more than 15 composite aircraft to customers around the world, while FlyOnE's leadership has contributed to nine separate electric aircraft programs involving globally recognised aerospace companies including Archer Aviation, Wisk Aero, Airbus and AIR ONE.
The broader joint venture group has already delivered more than 15 composite aircraft to customers around the world, while FlyOnE's leadership has contributed to nine separate electric aircraft programs involving globally recognised aerospace companies including Archer Aviation, Wisk Aero, Airbus and AIR ONE.
Component | Supplier | Description |
|---|---|---|
Electric motor | Magni-X | magniAIR model delivering 175 kW (235 shaft horsepower peak) |
Batteries | TBA | High density lithium battery |
Structure | To be announced | Tube steel frame with Carbon composite cladding |
Parachute recovery | BRS | Whole-aircraft emergency recovery parachute system |
Avionics | Garmin | G500 TXi |
Built for Real-World Operations
The e-Stallion is designed to perform across a wide range of commercial and government applications.
Whether transporting passengers between regional communities, supporting commercial pilot training, conducting AI-enabled aerial surveys or moving time-critical freight, the aircraft provides a practical balance between payload, endurance and efficiency.
Key design features include:
- Six-seat cabin configuration- Approximately 400 kg useful load- Up to 250 km electric range- Up to 500 km hybrid electric range- Composite-clad steel tube construction- High efficiency 15:1 lift-to-drag ratio- Developed in Australia
Whether transporting passengers between regional communities, supporting commercial pilot training, conducting AI-enabled aerial surveys or moving time-critical freight, the aircraft provides a practical balance between payload, endurance and efficiency.
Key design features include:
- Six-seat cabin configuration- Approximately 400 kg useful load- Up to 250 km electric range- Up to 500 km hybrid electric range- Composite-clad steel tube construction- High efficiency 15:1 lift-to-drag ratio- Developed in Australia
The e-Stallion has been developed as a commercial platform rather than a single-purpose aircraft.
Regional Air MobilityProviding fast, affordable connections between regional communities and metropolitan centres. Air Taxi OperationsSupporting next-generation point-to-point passenger transport with lower operating costs.
AI Aerial SurveyProviding a long-endurance platform for mapping, infrastructure inspection, environmental monitoring, mining, agriculture and utility asset management.
Pilot TrainingPreparing the next generation of commercial pilots using modern aircraft and future-focused technology.
Government and Emergency ServicesSupporting surveillance, logistics and specialist aerial operations. own text and edit me.
Regional Air MobilityProviding fast, affordable connections between regional communities and metropolitan centres. Air Taxi OperationsSupporting next-generation point-to-point passenger transport with lower operating costs.
AI Aerial SurveyProviding a long-endurance platform for mapping, infrastructure inspection, environmental monitoring, mining, agriculture and utility asset management.
Pilot TrainingPreparing the next generation of commercial pilots using modern aircraft and future-focused technology.
Government and Emergency ServicesSupporting surveillance, logistics and specialist aerial operations. own text and edit me.
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