Elfly Group is developing fully electric amphibious seaplanes designed for regional mobility, capable of transporting 9-13 passengers or up to one tonne of cargo with zero emissions. This technology enables efficient travel between coastal cities and traditional airports, addressing the need for sustainable transportation solutions in congested urban areas.
Funding
$2.5M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Short-haul air travel suffers from outdated, noisy, and polluting fleets, with over 70% of seaplanes being more than 40 years old, inefficient, and expensive to maintain. Vast waterways remain underutilized, and existing air travel options lack the flexibility to connect coastal cities efficiently. There is a growing need for sustainable transportation solutions that reduce emissions and operating costs.
Solution
Elfly Group is developing the Noemi, a fully electric amphibious seaplane designed to revolutionize regional air travel by providing a sustainable and cost-effective alternative to traditional aircraft. The Noemi can transport 9-13 passengers or up to one tonne of cargo with zero emissions, enabling efficient travel between coastal cities and traditional airports. Its amphibious design allows for takeoff and landing on both water and land, expanding connectivity and unlocking new routes for operators. By utilizing composite construction and electric propulsion, the Noemi aims to cut operating and maintenance costs by 50%, making air travel cleaner and more accessible.
Target Audience
The primary target audience includes regional airlines, coastal transportation providers, and businesses seeking sustainable and efficient air travel solutions.
Features
- Fully electric propulsion system for zero-emission operation
- Amphibious design enabling takeoff and landing on both water and land
- Capacity to carry 9-13 passengers or up to one tonne of cargo
- Composite construction to reduce weight and improve efficiency
- Reduced operating and maintenance costs compared to traditional seaplanes