Loganair Agrees To Buy Five BETA Technologies Short Range Electric Aircraft

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Loganair is Scotland’s primary regional airline, which means many of its daily flights are relatively short hops of 100 miles or less. That means they are ideal for a short-haul electric airplane like the ALIA CX300 manufactured by BETA Technologies. Recently, Loganair agreed to purchase five of those airplanes, which could make it Europe’s first commercial airline to integrate fully electric aircraft into its scheduled operations. An option to purchase an additional five aircraft is included in the agreement. The CX300 uses existing runways and does not require special vertiport infrastructure. With BETA’s fast charging systems, the aircraft can be recharged in 20 to 40 minutes.

The test flights included Royal Mail postal routes that are essential to delivering mail to some of Scotland’s most remote communities. In testing, the airplanes conducted 23 flights that averaged 56 miles in length at an average speed of 99 knots. Overall, those flights averaged an energy efficiency of 1.37 kWh per nautical mile. Careful readers will note that figure is better than some electric vehicles, such as the Hummer EV from General Motors.

Scotland’s geography makes it one of the most compelling proving grounds for electric aviation anywhere in the world, Loganair said in a press release. “With more than 90 inhabited islands and communities in the Highlands separated by hundreds of miles of terrain that road and rail cannot bridge, air connectivity is not a convenience — it is critical infrastructure. The region’s dense network of short haul routes, typically under 100 miles, aligns closely with the operational range and efficiency profile of today’s electric aircraft, making Scotland a natural first market for commercial electric flight at scale.”

Kyle Clark, the CEO of BETA Technologies, said: “These flights prove that electric aviation can support the essential services communities depend on every day. The ALIA CX300 is designed for exactly these missions, connecting people and moving goods with lower operating costs and zero emissions. The collaboration between Loganair, Royal Mail, UK CAA [and several regional airports] was essential to this program’s success, and these results represent a meaningful step toward commercial operations in Scotland and beyond.”

According to Electrive, the companies have already tested how the aircraft can be integrated into existing operations. In March, a CX300 completed 23 flights within ten days across Loganair’s network that connects Glasgow, Dundee, Aberdeen, Inverness, Wick, and Kirkwall. In addition to flight operations, ground handling, charging processes, and integration into existing airport and airspace structures were also tested.

Dollars & Sense

From 2029, the aircraft are planned to be used for both passenger and cargo flights. Is Loganair doing this to save the planet from a climate cataclysm? Nope. It is doing this because the ALIA CX300 is expected to reduce operating costs by 80 percent, according to CEO Luke Farajallah. That estimate is based on the initial trials and will be validated when the planes start being used in regular scheduled operations.

“This has been an historic event for UK aviation,” he said, “and the early results are hugely encouraging for what the future of electric flight may hold. The signing of an MoU allows us to build on the invaluable data collected so far and deepen our understanding of how electric aircraft could operate across our entire network.”

The test flights conducted earlier this year provided initial practical insights. With the planned procurement, the collaboration will shift from demonstrations to commercial applications. However, certification of the CX300 remains a key requirement before the scheduled 2029 launch. Only in daily scheduled operations will it become clear whether the short charging times and projected cost advantages can be reliably integrated into tightly scheduled regional services.

For the commercial use of electric aircraft, certification and available charging infrastructure are critical. BETA Technologies is intent on expanding this infrastructure. Recently, the company announced the formation of the ACES consortium alongside Archer Aviation and Macquarie Capital. By 2030, more than 250 airports and vertiports in the US are set to be equipped with interoperable CCS charging infrastructure for electric aircraft.

Airbus Envisions The Future

The ALIA CX300 is like the original Nissan LEAF — proof that the concept of a short-range zero-emissions automobile was commercially viable. It is early days for electric airplanes, but the sky is the limit, both physically and metaphorically. Airbus, the largest airplane manufacturer in the world, announced this week it is moving forward with plans to pioneer a hybrid-electric non-propulsive energy architecture for the next generation of commercial aircraft.

Large Scale Integration Demonstrator of Hybrid Electrical Architecture, or LEIA, is a project supported by the European Union Clean Aviation Joint Undertaking. In a blog post, Airbus said it will be essential to advancing high-voltage generation and distribution for innovative electrical aircraft systems for short- to medium-range aircraft. By bridging the gap between component-level innovation and aircraft-level maturity, the project aims to prepare these technologies for future integration and certification.

“Our progress in developing hybrid-electric technologies and our move into the LEIA demonstrator marks a pivotal shift in how we design the future of flight,” said Karim Mokaddem, the head of aircraft of tomorrow research and technology at Airbus. “By moving to integrated, intelligent hybrid-electric architectures, we are actively laying the physical and digital foundation for the next generation of aircraft. This evolution demonstrates that the future of aviation is about more than just new power sources; it is also about the new ecosystems that will manage them.”

These subsystems, which operate in tandem with simulated aircraft and engine systems, are now transitioning to the Airbus Sustainable Technology and Engineering Projects (STEP) laboratory in Ottobrun, Germany, the company said. That is where teams of Airbus engineers will conduct critical aircraft level integration testing — including design, battery interfacing, and energy management systems.

Airbus is leading the integration of a suite of advanced electrical components, including scalable motor/generators, next generation electronic controllers, and power distribution equipment, alongside various other aircraft systems. These systems will be validated through a comprehensive testing program, culminating in a pivotal ground demonstration by 2027.

While BETA Technologies is conquering short-haul routes with electric aircraft, Airbus is busy envisioning the airplanes of the future that will expand the use case for electric airplanes to medium-range routes. The age of electric flight is upon us. Our children will get from here to there and back again on airplanes powered by electrons instead of molecules. Imagine that!