Technology & Innovation

Norway Tests Electra EL9 Hybrid-Electric Aircraft for Regional Travel

Norway partners with Bristow Group and Electra to test the EL9 Ultra Short hybrid-electric aircraft for sustainable regional air travel.

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This article is based on an official press release from Bristow Group.

Norway is taking another significant step toward sustainable regional air travel. A newly announced partnership aims to test the viability of hybrid-electric aircraft in real-world conditions, leveraging the country’s unique geography and established aviation infrastructure.

According to a joint press release, Bristow Group Inc., aerospace manufacturer Electra, state-owned airport operator Avinor, and the Norwegian Civil Aviation Authority (CAA) have officially launched and signed a contract for a second international test project focused on zero- and low-emission aviation.

The initiative builds upon Norway’s government-backed international test arena, which is designed to accelerate the introduction of sustainable aviation technologies. By conducting structured testing within a regulatory sandbox, the consortium hopes to generate the operational, regulatory, and market data necessary to support the broader rollout of electric and hybrid-electric aircraft.

Transforming Regional Mobility with Ultra-Short Aircraft

The Electra EL9

At the center of the demonstration is Electra’s EL9 Ultra Short, a nine-passenger hybrid-electric aircraft. The manufacturer states that the aircraft is capable of taking off and landing in as little as 50 meters, roughly the size of a soccer field.

This ultra-short takeoff and landing capability is intended to overcome the geographical challenges that often make regional travel in countries like Norway time-consuming. By flying directly over difficult terrain and waterways, the aircraft can connect remote communities with regional centers much faster than traditional surface transportation.

“The goal is to examine the possibilities of novel aircraft operations to transform regional mobility networks, unlocking capabilities not possible with a conventional aircraft,” the companies noted in the official release.

Phased Testing and Regulatory Sandbox

From Northern Norway to Major Hubs

The demonstration flights will explore several distinct use cases. According to the project outline, these include integrating ultra-short operations at existing short runways and utilizing novel access points such as parking lots, drone pads, or open fields to serve unserved or underserved communities. Additionally, the project will test the aircraft’s ability to feed passenger services into major hub airports without exacerbating air traffic congestion.

Testing will be conducted in progressive phases. Initial operations will begin at smaller airports in Northern Norway. The project will then advance to testing at adapted or novel access points, culminating in operations that feed directly into a major Norwegian aviation hub.

This testing framework will provide regulators at the Norwegian CAA with practical insights into evaluating and supporting these novel operations. It also follows a significant commercial milestone; in January 2026, Bristow Group and Electra signed a Pre-Delivery Payment (PDP) deposit agreement, securing Bristow’s first delivery slot for the EL9 Ultra Short aircraft.

AirPro News analysis

We note that Norway continues to position itself as a premier global laboratory for advanced air mobility. The involvement of Avinor, which operates 43 airports across the country, provides a ready-made, state-backed infrastructure network for testing. Furthermore, Norway’s challenging topography, characterized by fjords, mountains, and dispersed coastal communities, makes it an ideal proving ground for aircraft that require minimal runway space. If the EL9 can prove its operational reliability and economic viability here, we believe it will likely serve as a strong proof of concept for similar geographic regions worldwide.

Frequently Asked Questions (FAQ)

What aircraft is being tested in this project?
The project will utilize Electra’s EL9 Ultra Short, a nine-passenger hybrid-electric aircraft capable of taking off and landing in spaces as small as 50 meters.

Who is involved in the partnership?
The consortium includes Bristow Group Inc., Electra, Avinor (Norway’s state-owned airport operator), and the Norwegian Civil Aviation Authority.

Where will the testing take place?
Testing will occur in phases across Norway, starting at smaller airports in Northern Norway, moving to novel access points like parking lots, and eventually feeding into a major aviation hub.

Sources

Photo Credit: Bristow Group

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