Flying in Beta Technologies' Alia CX300 showed me why electric planes aren't mainstream yet
I flew Beta Technologies' Alia CX300 electric plane and toured its factory. Its heavy battery load is its biggest hurdle to commercial success.
Beta Technologies' electric plane, the Alia CX300, can fly for extended periods, yet it has not become a mainstream option for paying passengers. The primary obstacle is the weight of nearly 3,000 pounds of batteries stored under the plane's floor. The company is targeting a 2027 certification from the Federal Aviation Administration, but achieving flight may be relatively simple.
US airline fares have surged nearly 24% in the past year, making the promise of cheaper short flights alluring. While electric aviation has promised a revolution similar to electric cars, the reality is that electric planes still face significant challenges. Beta Technologies is attempting to pave the way by vertically integrating its manufacturing process, building its batteries, propulsion systems, planes, and charging technology.
The Alia CX300 weighs about 560 pounds per battery pack and needs nearly 3,000 pounds to cover 300 nautical miles. The jet fuel needed for a similar distance would weigh only about 50 pounds. The CX300's design incorporates a 50-foot wingspan, V-shaped tail, and rear-mounted propeller to minimize drag and conserve battery power.
It can glide without power for about 17 miles, similar to an arctic tern's long migrations. Despite its acceleration and maneuverability, the plane's infrastructure requirements present a significant challenge. Unlike gas-powered aircraft, electric planes require charging infrastructure to operate, and Beta has installed over 120 charging stations across the US.
However, the company's expenditures, including $400 million in operating expenses and over $35 million in revenue last year, raise questions about the feasibility of electric planes becoming a viable business. The company plans to target FAA-conforming production of the Alia CX300 by the end of 2026 or early 2027, with certification expected by the end of 2027.
Initially, the company plans to use the plane for medical, cargo, and defense missions before moving into passenger service. While electricity may be inexpensive, commercial operators will still need to account for pilots, maintenance, insurance, charging infrastructure, and battery replacements. Beta has demonstrated that an electric plane can cover hundreds of miles, but proving that it can navigate certification and become a commercial aircraft by the end of 2027 is the real test.
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