Beta Technologies, the ALIA Canard, and the Charging Network Being Built Before the Aircraft Gets Its Certificate

Beta Technologies is developing the ALIA, a fixed-wing electric aircraft with a target range of 250 miles, while simultaneously installing high-power charging stations at airports along the Eastern Seaboard. The company, founded by Kyle Clark and based in South Burlington, Vermont, has secured anchor customers including UPS, United Therapeutics, and Amazon. Their core bet: build the charging ecosystem before the aircraft is certified, and the market follows.

Why Is Beta Building Chargers Before the Airplane Is Certified?

The logic is counterintuitive but deliberate. An airline or cargo operator evaluating electric regional routes in 2027 or 2028 faces two simultaneous unknowns: the aircraft and the infrastructure to support it. Beta has already removed one of those unknowns.

Every charger in the ground is a committed customer relationship, a barrier to entry for competitors, and a signal to investors and regulators that this company is building toward operations - not toward a press conference.

The parallel is electric cars. The manufacturers that grasped early that the vehicle and the charging network had to develop together built positions that competitors still haven’t closed. Beta applied that lesson directly to aviation.

What Kind of Aircraft Is the ALIA?

The ALIA is a canard configuration fixed-wing aircraft - the small horizontal stabilizer sits forward of the main wing rather than behind it. Distributed electric propulsion along the wings uses multiple small motors to blow air across the lifting surfaces at low speeds, extending controllability below what a conventional wing would allow. A large pusher propulsor at the rear handles cruise thrust.

Specifications:

Target range: ~250 miles
Target cruise speed: ~170 mph
Capacity: pilot plus up to 6 passengers

The ALIA is not a multirotor, tiltrotor, or eVTOL that lifts off vertically and transitions to forward flight. That distinction matters enormously for certification.

Why Did Beta Choose Fixed-Wing Instead of eVTOL?

Companies like Joby, Archer, and the now-defunct Lilium pursued novel flight envelopes - vertical takeoff, mid-flight transition, landing without a runway. Those designs open up urban landing zones that a conventional aircraft can never reach. But they also require a certification framework that the FAA is still writing in real time.

Part 23 of the Federal Aviation Regulations - the fixed-wing certification pathway - is a known road. The FAA has decades of institutional experience evaluating conventional aircraft, even with novel propulsion systems. The eVTOL certification track introduces genuinely unprecedented aerodynamics, control laws, and failure modes that regulators are working through case by case.

Beta chose the harder known road over the unknown road. The tradeoff is real: the ALIA needs a runway. It cannot land on a hospital rooftop or a downtown vertiport. But what it can do is get certified.

How Does Beta’s Charging Network Work?

Beta’s charging hardware is not the kind found at a highway rest stop. These stations deliver hundreds of kilowatts per session - power levels designed to make aviation turnaround times commercially viable.

The physics are unforgiving. An electric aircraft finishing a 250-mile leg needs to recharge fast enough to depart again on a schedule that makes economic sense. An aircraft sitting on the ground for six hours between legs is not a regional carrier - it’s expensive stationary equipment.

Beta has been installing this hardware at airports stretching from Vermont down through New England into the Mid-Atlantic and further south. Not rendering stations on a presentation slide. Physical hardware, operational.

What Was the Joby-Beta Charging Standard Agreement?

In 2022, Joby Aviation and Beta Technologies announced their aircraft would use a common charging standard - one connector compatible with both manufacturers.

Joby builds a tiltrotor eVTOL. Beta builds a fixed-wing aircraft. In almost every engineering dimension, they are competitors. But they looked at the electric vehicle industry’s format wars - the capital burned, the operator confusion, the slowed adoption - and agreed not to repeat it.

A charger that serves multiple manufacturers is more valuable to the whole industry than a proprietary plug that locks operators to one OEM. That kind of pre-competitive cooperation is rare in aviation and historically significant.

Who Are Beta’s Customers?

UPS ordered up to 150 ALIA aircraft for package delivery. The fit is near-perfect: short regional routes almost entirely under 250 miles, known departure and arrival points that allow planned charging installations, high-frequency daily operations on fixed corridors, and no requirement for passenger windows or cabin service. The package has to arrive on time. That’s a Beta ALIA use case.

United Therapeutics uses the ALIA for organ transport - specifically transplant lung logistics. The use case is a precise specification document: time-critical cargo where delay is measured in lives, legal and liability constraints that make airworthiness non-negotiable, and routes between transplant centers that cluster along Beta’s charging corridor. United Therapeutics is also an equity holder in Beta, meaning they have a direct financial interest in certification succeeding.

Amazon invested in Beta as part of a broader electric aviation initiative.

These are not letters of intent from enthusiastic partners. They are operational organizations with freight schedules, transplant logistics, and supply chains.

What Are the Honest Certification Risks?

“Conventional fixed-wing” does not mean “easy to certify.” The ALIA carries a novel electric powertrain, and the FAA will require hard data on battery thermal management under worst-case conditions: cell failure at cruise altitude, thermal events, emergency descent with depleted charge. None of those are edge cases the agency will waive because the airframe looks familiar.

Beta has flown prototypes and has real flight test data. But aviation certification timelines have a well-established pattern of extending beyond initial projections, and electric propulsion adds a layer of scrutiny that takes time to work through.

Late this decade is a realistic target for initial revenue service. Cargo operations may precede full passenger certification if a freight pathway is viable and the FAA supports the sequencing.

What Have Competitor Failures Taught the Industry?

Lilium, the German electric ducted-fan aircraft company, declared insolvency in late 2024 after raising hundreds of millions of euros. The aircraft was technically innovative. It ran out of capital before reaching certification and was restructured.

Overair shut down in January 2023, also after raising hundreds of millions with a genuine engineering concept.

The lesson is not that electric aircraft can’t be certified. The lesson is that the gap between a flying prototype and a certified commercial product is the most capital-intensive phase of the journey, and companies that survive it have a structural advantage that is very hard to close after the fact.

Beta’s infrastructure investment is partly a hedge against this dynamic. The chargers represent committed operational relationships that create momentum independent of any single certification milestone.

Why Does This Matter Beyond the ALIA?

Beta’s charging network is not exclusive infrastructure for one aircraft. Built on a standard that Joby has agreed to support, every airport that receives a Beta charger becomes potentially viable for any electric aircraft that adopts compatible hardware.

Beta is not building a product. They are building a platform - a substrate for an industry that doesn’t fully exist yet. Most aircraft manufacturers produce the airplane and rely on existing infrastructure for support. Beta has inverted that: build the ecosystem first, let the aircraft capability catch up.

Battery energy density continues to improve incrementally - not exponentially, but consistently enough that the ALIA entering service late this decade will be meaningfully more capable than the prototypes flying today.

The market for routes under 250 miles represents a significant fraction of regional air travel. The customers are real. The chargers are in the ground.

Key Takeaways

Beta Technologies is building high-power airport charging stations along the Eastern Seaboard before the ALIA receives its FAA certificate, creating infrastructure that lowers commercial risk for prospective operators.
The ALIA’s fixed-wing, canard design sacrifices vertical takeoff capability for a certifiable, conventional aerodynamic platform under Part 23 - a deliberate tradeoff against the harder eVTOL certification path.
In 2022, Beta and Joby agreed on a common charging standard, establishing an open infrastructure model designed to avoid the format wars that slow EV adoption.
Anchor customers UPS (up to 150 aircraft), United Therapeutics, and Amazon represent operational freight and logistics demand, not speculative enthusiasm.
The failures of Lilium (insolvency, late 2024) and Overair (shutdown, January 2023) underscore that surviving the capital gap between prototype and certification is the central challenge - and Beta’s infrastructure strategy is designed specifically to sustain momentum through that stretch.