Loganair, Royal Mail and BETA advance electric aviation operations

Above: Loganair hangar.
Courtesy Loganair / BETA

These demonstration flights represent an important technical milestone that signals that the future of essential regional connectivity can be both reliable and sustainable.

Over 10 days, BETA’s ALIA CTOL (conventional takeoff and landing) electric aircraft completed 23 flights across the UK, including 18 Scottish legs connecting Glasgow, Dundee, Aberdeen, Inverness, Wick and Kirkwall, covering 1,006 nautical miles in 11.2 flight hours. Flights included representative 

Royal Mail postal routes that are essential to deliver to some of Scotland’s most remote communities, with the aircraft averaging 56-mile missions at 99 knots and achieving an energy efficiency of 1.37 kWh per nautical mile.

Following the success of this programme, Loganair and BETA Technologies have signed a Memorandum of Understanding (MoU) to expand the scope of their work and further test the aircraft across the Loganair network. 

Scotland’s geography makes it one of the most compelling proving grounds for electric aviation anywhere in the world. 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.



The programme validated aircraft performance, ground handling, charging operations and integration into existing airport and airspace systems. It also demonstrated that electric aviation can be deployed using existing infrastructure with targeted upgrades, made possible through close collaboration with AGS Airports and Highlands and Islands Airports Limited (HIAL), whose airports are now equipped to support future electric operations using BETA’s compact, mobile mini-cube charging solution.

Royal Mail is the only delivery company to deliver to all 32 million addresses in the UK every day, including the country’s most remote communities. Fulfilling this Universal Service Obligation on routes across the Scottish Highlands and Islands depends on a complex network of road, sea and air and on Loganair’s six decades of experience connecting communities that depend entirely on reliable air connections.
 
"These flights prove that electric aviation can support the essential services communities depend on every day," said Kyle Clark, founder and CEO of BETA Technologies. "ALIA 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, AGS Airports and HIAL was essential to this programme’s success and these results represent a meaningful step toward commercial operations in Scotland and beyond.”

Luke Farajallah, CEO at Loganair, said: “This has been an historic event for UK aviation 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. Our thanks go to BETA Technologies, Royal Mail, AGS Airports, HIAL and the UK CAA for their collaboration and commitment, helping to shape the foundations of a cleaner, smarter and more connected era for regional aviation in the UK and well beyond.”

Chris Paxton, Strategic Insight and Innovation Manager at Royal Mail, said: “Royal Mail is the only company that delivers to every single address in the UK, including the most remote and hard to reach communities. Some flights are essential to do that and the success of the trial with Loganair and BETA Technologies is an exciting step forward in how we could decarbonise the Scottish flight routes as part of our journey to Net-Zero by 2040.”