Norway is pushing the boundaries of regional aviation with a new test project for a hybrid aircraft that can take off and land in as little as 50 meters. The initiative, announced this week by the Norwegian Civil Aviation Authority, aims to bring air travel closer to people in remote areas, bypassing the need for conventional airports.
The aircraft, called the Ultra Short EL9, is developed by US-based startup Electra. It requires only a space the size of a football field to operate, making it suitable for parking lots, drone pads, or even fields. The nine-passenger hybrid plane targets travel ranges between 80 and 800 kilometers, offering a direct alternative to long car journeys over waterways and rugged landscapes.
A Testbed for Zero-Emission Aviation
The project is part of Norway’s international test arena for zero- and low-emission aviation, a framework designed to accelerate the introduction of cleaner technologies through real-world testing and regulatory development. Norwegian state-owned airport operator Avinor and the Civil Aviation Authority are partnering with US companies Bristow Group and Electra to conduct the trials.
“This project marks a new step in the further development of Norway’s international test arena for zero- and low-emission aviation,” said Jon-Ivar Nygård, Norwegian Minister of Transport. “In a long and sparsely populated country like Norway, where aviation is essential for regional mobility and accessibility, it is particularly important to gain knowledge about how new solutions can be introduced in a safe and responsible manner when the technology is mature.”
Testing is scheduled to begin in 2027 at smaller airports in Northern Norway, later expanding to novel access points without airports and eventually to a major Norwegian airport. The partners hope the hybrid aircraft can dramatically reduce travel times by enabling direct flyovers of fjords, mountains, and other obstacles that make road travel lengthy.
Connecting Underserved Communities
Electra says the Ultra Short EL9 could support communities that currently lack air infrastructure, landing in fields to connect them to larger airports. This is particularly relevant for Norway, where aviation is a lifeline for many remote settlements. The aircraft’s hybrid design—combining electric propulsion with a backup generator—aims to keep emissions moderate while offering the range needed for regional routes.
The project reflects a broader trend in aviation: small, low-emission aircraft designed to cut travel time, reduce congestion, and lower carbon footprints. Similar efforts are underway elsewhere, such as Heart Aerospace’s hybrid prototype in the US and plans for flying cars in Dubai by 2026. However, challenges remain, including battery life, air traffic control integration, and infrastructure development.
European countries are also exploring eVTOL (electric vertical take-off and landing) aircraft. In 2018, Geneva signed agreements to study drone taxis, while airport operators in Italy and France are developing vertiport networks. Norway’s test project adds a distinct focus on short take-off and landing capabilities, which could prove crucial for its geography.
Norway’s leadership in zero-emission aviation is part of a broader push for sustainability. The country recently topped a new prosperity index that pushed France and Germany out of the top ten, reflecting its strong performance in environmental and social metrics. As the test project moves forward, it could offer lessons for other European nations with similar challenges, from the Scottish Highlands to the Greek islands.
