I saw a futuristic electric air taxi that costs $28 an hour to fly. Meet the Alia 250.

In a groundbreaking display of innovation, the Alia 250 electric air taxi, developed by Vermont-based Beta Technologies, is making waves in the aerospace industry. This cutting-edge aircraft, which can accommodate one pilot and up to five passengers, is fully powered by batteries, showcasing a significant leap towards cleaner and more affordable air travel. Last week, I witnessed the Alia 250 in action as it glided over Burlington Airport, reaching impressive speeds of over 130 mph. The five-motor eVTOL (electric vertical takeoff and landing) aircraft was remarkably quieter than traditional helicopters, maintaining a steady flight despite its bulky design. According to Beta's estimates, the energy costs for a one-hour flight are around $28, making the cost of a 30-minute demonstration flight approximately $14—equivalent to a large popcorn at the movies. While this energy efficiency does not directly equate to low passenger fares due to other operational costs, Beta's CFO, Herman Cueto, emphasized that the Alia 250 operates at about 75% lower costs compared to helicopters. The ambitious goal is to establish air taxi routes that connect city centers to airports, aiming to ease urban congestion in major areas like New York and Los Angeles. Kyle Clark, President and CEO of Beta, revealed that the Alia 250 has completed hundreds of test flights and is currently participating in a Transportation Department initiative designed to expedite eVTOL certification. The company’s approach incorporates lessons learned from its Alia CX300 model, which requires a runway for takeoff and landing. This strategic alignment could facilitate a smoother certification process for the Alia 250. Designed with simplicity in mind, the Alia 250 boasts four top-mounted rotors for vertical takeoff and landing, transitioning to forward flight using a rear propeller. Unlike competitors like Joby and Archer that utilize complex rotor systems, Beta has opted for a more streamlined design, ensuring greater control over production quality and costs through vertical integration. Equipped with five battery packs, the Alia 250 has a range of approximately 290 miles and is engineered for safety, featuring multiple redundancies in its motors. Remarkably, the aircraft can fully recharge in under an hour, thanks to specialized charging infrastructure that Beta also plans to market to other operators. The Alia 250 is versatile enough to handle both passenger and cargo transport, with a capacity for 200 cubic feet. This opens up diverse opportunities for medical missions and other essential services, setting it apart from the passenger-centric focus of its rivals. Beta has already secured 890 firm orders, including significant clients like UPS and the New Zealand Air Ambulance Service. However, the journey to widespread adoption is fraught with challenges, including the need for robust regulatory approvals and public acceptance. While electric air travel holds the promise of revolutionizing urban mobility, the path to making it an everyday reality remains complex and competitive.