Could this short take-off and landing aeroplane cut travel time?
Norway is launching a test program for a hybrid aeroplane that can take off and land in extremely short distances—even from places like parking areas or drone pads. By flying directly over fjords, mountains, and waterways, the aircraft promises to dramatically cut travel time for regional trips while keeping emissions low.
What’s being tested
The Norwegian Civil Aviation Authority has announced trials of a hybrid aircraft capable of operating from “ultra‑short access points.” The Ultra Short EL9, developed by Electra, is designed to lift off and land in as little as 50 meters and requires only a space about the size of a football field. It does not need a conventional runway, opening the door to new types of point‑to‑point connections.
Configured for nine passengers, the aircraft targets routes between roughly 80 and 800 km—ideal for many regional journeys that are currently dominated by lengthy car trips or indirect flights.
Why it matters for Norway
In a long, sparsely populated country where geography often complicates ground travel, aviation is central to regional mobility. The new project builds on Norway’s international test arena for zero‑ and low‑emission flight, aiming to learn how to safely introduce emerging technologies when they are ready. By allowing direct flyovers of challenging terrain and waterways, the aircraft could replace hours on the road with short hops between communities.
Who is involved
Avinor and the Norwegian Civil Aviation Authority are working with Bristow Group and Electra to conduct flight tests and develop the regulatory framework. The goal is to combine real‑world operations with rulemaking to accelerate the safe rollout of lower‑emission regional air services.
Where and when
Trials are slated to begin in 2027 at smaller airports in Northern Norway. As experience grows, testing will extend to “novel access points” that lack traditional airport infrastructure and, eventually, to a major Norwegian airport.
What new operations could look like
- Departures and arrivals from ultra‑short sites, not just runways—think parking areas or dedicated pads.
- Field landings to connect unserved or underserved communities to nearby hubs where no air infrastructure exists today.
- Regional links across 80–800 km that match common driving distances but take a fraction of the time.
Part of a wider shift
Short‑haul, lower‑emission aviation is advancing around the world. Heart Aerospace is developing a prototype hybrid aeroplane intended to fly about 400 km on a combination of battery power and sustainable aviation fuel. Meanwhile, Dubai has announced plans to introduce flying cars as early as 2026. These efforts reflect a broader push to bring air travel closer to where people live, reducing trip times and easing congestion.
The hurdles ahead
Electric and hybrid‑electric aircraft still face key challenges. Battery energy density limits range and payloads, and charging and fueling logistics must be built out. Noise management, air traffic integration, certification, and the creation of safe, standardized access points in both cities and rural areas are also essential before widespread adoption can occur.
The bottom line
If Norway’s trials succeed, ultra‑short take‑off and landing aeroplanes could unlock fast, lower‑emission regional travel without relying on conventional runways. That would be a significant step forward for remote and rural connectivity—and a glimpse of how everyday air travel might move closer to our front doors.
