Innovation & Sustainability

Designing the Future of Amphibious Flight

Hybrid propulsion to digital avionics

we're building next-generation capability

Amphibian Aerospace Industries is reshaping the future of aviation. We're not just restoring an aviation icon; we're redefining what an amphibious aircraft can achieve. With a strong focus on research and development, we're advancing propulsion systems, avionics, sustainable materials, and mission-specific technologies to serve both present and future operators. Our innovation pipeline includes hybrid-electric propulsion, smart digital cabins, and the upcoming Albatross 3.0—a 44-seat amphibious regional aircraft designed for efficiency, sustainability, and global reach.
Innovation Backed by R&D

Unlike ships and boats, the Albatross has no moving parts below the water. This is of particular benefit in littoral areas and areas frequented by sensitive marine life. In Moreton Bay, near Brisbane, Australia, the damage done by watercraft to the local dugong, whale and dolphin populations is disastrous.

Marine structures such as coral and seagrass are frequently destroyed by ship and boat propellors. Damage to seagrass beds caused by propellers from motorboats is a major source of harm to the Australian marine habitat and may take several years to recover. With no moving parts below the water line and its new fuel-efficient engines, the Albatross is capable of manoeuvring in relatively sensitive areas.

Protecting Marine
Ecosystems

Environmentally responsible by design, Albatross aircraft are uniquely suited to operate in sensitive coastal regions. With no moving parts below the waterline, they minimize disturbance to marine life, including coral reefs and seagrass beds. This allows operators to reach remote areas while protecting fragile ecosystems from propeller-related damage and underwater noise.

Sustainable Design &
Materials

Built it with tomorrow in mind, our commitment to sustainability begins at the design stage. We're incorporating lightweight composite materials, aerodynamic improvements, and compatibility with sustainable fuels. The transition from older piston-engine models to turboprop and hybrid configurations significantly reduces operational emissions and improves overall lifecycle efficiency.

Specialized Future Platforms

Firefighter Aircraft

Designed to support rapid aerial firefighting, the Albatross platform allows direct water scooping from lakes, rivers, or the ocean. Its amphibious capabilities enable fast deployment to fire zones without relying on airport infrastructure, making it a valuable tool for emergency response agencies worldwide.

Sustainable Aviation Roadmap
AAI is committed to ongoing improvements to the Albatross 2.0 to improve performance, lower emissions and reduce noise. AAI is currently working with several companies across a range of future propulsion technologies.
As these technologies mature and are certified as safe, AAI will look to incorporate them into future versions of the aircraft. The current technology roadmap is shown below.
CURTIS WRIGHT
982C9HE3 R-1820-82C
RADIAL
PRATT & WHITNEY
PT6A-67F
TURBO-PROP
PRATT & WHITNEYGTFTMHYBRID ELECTRIC
MAGNIX 650
FULL ELECTRIC
Arrow
Current
Lower Dot
Propulsion Type:
Turboprop
Fuel Type:
Jet-A1 / Biofuels
Key Benefits:
Certified emissions reduction, proven design
Propulsion Type:
Hybrid-Electric
Fuel Type:
SAF / Synthetic Fuels
Key Benefits:
Lower fuel burn, quieter operations
Upper Dot
Near-Term
Arrow
Future
Lower Dot
Propulsion Type:
Full Electric / Hydrogen
Fuel Type:
Battery / Hydrogen Fuel
Key Benefits:
Zero-emission, silent operation