Electric Plane Makes Historic Flight From One Major City to Another in Norway

Recently, The Alia CX 300, an innovative new aircraft running entirely on electricity, marked the first time an electric airplane had flown between two major Norwegian cities. For a country intent on leading the world in green transport, the symbolism could hardly be stronger.

Norway is an energy paradox: the largest oil producer in Europe outside Russia, shipping roughly two million barrels a day, and one of the world’s top natural gas exporters. Yet even as petroleum brings in billions, officials know the wells will not last forever. More than half of the reserves on the continental shelf have already been drawn up. Unless new fields appear, production will start falling within a decade. With $1.9 trillion stashed in its sovereign wealth fund, Norway is placing bets on a post-oil future, channeling investments into renewable power and electrification.

Transportation has become the centerpiece. Already, nearly nine out of ten new cars sold last year were electric, one of the highest rates anywhere. Ferries crossing fjords now hum on battery packs. And soon, if Avinor, the national airport authority, succeeds, short-haul flights will join them.

On this crisp morning, five batteries fully charged, the Alia CX 300 lifted off from Stavanger bound for Bergen. In its hold sat only empty cardboard boxes, but its real cargo was hope: that planes like this might shrink distances between the nation’s hundreds of scattered communities.

Inside the stripped-down cockpit, Bristow pilot Jeremy Degagne and Beta Technologies engineer Cole Hanson watched a glowing screen chart the terrain. Absent were the swinging needles of fuel gauges; absent too was the roar of engines. Only radio chatter broke the quiet as the blue bar on their display inched lower with every mile.

The promise of electric flight is tempered by physics. “The Achilles’ heel is the battery,” explained Guy Gratton, aviation professor at Cranfield University. Storing energy in lithium packs is still fifty times heavier than jet fuel. Unlike kerosene, batteries do not burn away as a plane flies, leaving the craft just as heavy at landing as at takeoff. Cold air, headwinds, and repeated fast charges further challenge their durability.

Still, the Alia CX 300 is one of the most advanced contenders. Built in Vermont by Beta Technologies, it has flown test routes in the United States, impressed crowds at the Paris Air Show, and drawn attention from governments and airlines from China to the United Arab Emirates. Norway, determined to accelerate the shift, put up $5 million to help stage this very flight, and more funding is set aside to ready its 44 airports with chargers.

Norwegians are watching closely. For decades, air travel has been lifeblood in a land of islands and mountains where ferries are slow and roads wind endlessly. The “milk run” routes, as locals call them, hop daily between far-flung villages, some north of the Arctic Circle. More than 560 domestic flights crisscross the country each day, and most cover less than 250 miles, distances perfectly suited to electric planes.

For passengers like Vibeke Persen, a student who grew up in a tiny Arctic town, the stakes are personal. “I fly the milk run all the time,” she said. “If the tickets are affordable and it helps the environment, that would ease my guilty conscience.”

Norway’s track record with cars shows what is possible. Market share for new EVs rose from just over half in 2020 to nearly 90 percent last year. Incentives made electric models cheaper, while perks like bus-lane access and free tolls pushed adoption faster. More than 10,000 public chargers now dot the country, creating expertise in charging networks that is now being adapted to aviation. Stavanger airport installed a hidden underground charger just months before the Alia’s flight, its substation clad in sleek wood panels, Scandinavian design masking industrial muscle.

By car, the 99-mile journey from Stavanger to Bergen would take more than four hours and two ferries. The Alia completed it in 55 minutes, landing softly to applause from Avinor crews and airline executives. Its batteries still showed about half a charge.

Then came the final test: recharging. A technician hauled out a thick black cable, plugged it into the plane, and the numbers on the cockpit screen began to climb. A cheer went up.

For Bristow executive Simon Meakins, the appeal goes beyond symbolism. Without a gearbox, hydraulic system, or fuel engine, electric planes are simpler to maintain and could be 30 percent cheaper to run than conventional aircraft. “You eliminate so many moving parts,” he said.

Norway’s approach to climate policy is pragmatic. As Nordea analyst Thina Margrethe Saltvedt put it, “Electric aircraft have little effect on Norway’s existing oil industry, so this won’t face much resistance.” In other words, the country can cut emissions in transport without threatening the industry that still fills its treasury.

The Alia CX 300, with its 50-foot wingspan and top speed of 176 miles an hour, will not replace international jets. But it could reshape short-haul travel in one of the most geographically fragmented countries in Europe.

As the pilots climbed out after their successful trip, Degagne, who had been training on the Alia since July, was visibly relieved. “It’s very straightforward to fly,” he said with a smile. “At the end of the day, it’s just another airplane. And that’s exactly how it should feel.”

Beta Technologies Is Creating an Electric Transportation Ecosystem That’s Safe, Reliable and Sustainable

BETA Technologies, headquartered in Burlington, Vermont, in is creating an electric transportation ecosystem that’s safe, reliable and sustainable. The company’s relentlessly focused team is building an extensive charging infrastructure and ALIA, the world’s most technologically advanced electric vertical aircraft (EVA).

BETA’s platform and products are strikingly simple. Prioritization of safety and a pragmatic approach to certification drive elegant redundancy, appropriate diversity of implementation and simplicity of control. ALIA’s fixed-pitch propellers and centrally located batteries make it an inherently stable aircraft that is safe to fly and easy to maneuver.