There are more solutions than obstacles/ Nicolas Zart
It’s incredible to reflect that I’ve been following BETA technology‘s incredible journey that started with Burlington, Vermont, in 2017 with the fascinating looking Ava XC. How far and strategically has the company grown since. See our Patreon site for an upcoming deep dive for sponsors.
This is what patient, infrastructure-first AAM strategy looks like when it starts to pay off.
There is a wall inside Beta Technologies’ South Burlington manufacturing facility that is about to come down. Not metaphorically — literally. The company’s finance team has already been relocated to a balcony overlooking the production floor to make room for growth. The 200,000-square-foot building that opened less than three years ago, the first large-scale electric aircraft manufacturing facility in the United States, is already running out of space.
In the next 18 months, Beta plans to roughly double its Vermont workforce, adding approximately 1,000 new positions. The company has declined offers of hundreds of millions of dollars in incentives to relocate its operations elsewhere. It is not going anywhere.
For the advanced air mobility industry, Beta Technologies is a perfect case study worth studying carefully. This is what you need to do and how you need to structure a successful startup.
The Numbers That Matter
Beta’s public market debut in November 2025 valued the company at over one billion dollars, making it one of a small handful of publicly traded companies in Vermont and one of the state’s largest and fastest-growing private employers. Its aircraft backlog stands at roughly 490 planes — nearly $3.5 billion in committed orders backed by cash deposits. Its propulsion backlog approaches $1 billion separately.
Beta’s long-term production goal is 300 Alia aircraft per year, rolling off the floor and directly onto the Burlington International Airport tarmac. The facility was designed for exactly this scale, with room on the parcel to double in size if needed, powered by solar panels and geothermal wells with no reliance on fossil fuel.
These are not speculative projections. They are production targets from a company that has already flown its aircraft prototypes more than 100,000 miles. Today, the company sports thousands of flight hours in cold weathered-countries, two private operators, and soon to tackle an eIPP in Hawaii where it will solidify its hard-earned experience.
The Aircraft: Alia and CX300
Beta’s brilliant strategic move was to pivot its Alia 250 electric vertical take-off and landing (eVTOL) aircraft into an electric conventional take-off and landing (eCTOL) aircraft – a conventional airplane, which gives it two aircraft. With the Alia A250 eVTOL, Beta designed as an the urban air mobility aircraft perfect for future AAM market needs: medical transport, cargo, and eventually passenger service. The CX300 eCTOL offers the company a fixed-wing design that can fly today with a shorter certification roadmap and more importantly, less financially demanding. Beta strategically pursued the CX300 first because the FAA certification pathway is more straightforward for conventional aircraft than for novel eVTOL configurations. It holds its Alia 250 as a pure UAM potential aircraft. But the company did even more. By focusing on infrastructure with two charging stations and energy storage, the company moved away from a UAM air taxi player to an agnostic AAM ecosystem with two drop in aircraft.
With that in mind, Beta expects to receive the CX300’s type certificate by the end of 2026. The Alia A250 certification will follow soon after. Before the completion of the certification, the company has already delivered CX300s to Bristow Group for flight tests in Norway under FAA special airworthiness certificates, and next to Air New Zealand. See our interview with David Stepanek of the Bristow Group.
The strategy is perfect and sets the company apart from the competition. As CEO Kyle Clark told investors: the FAA really likes applications with lower risk profiles, and that is exactly where Beta is starting.
Medical Flights: The Near-Term Mission
Beta’s most concrete near-term revenue opportunity is medical aviation, and Vermont is the proving ground. This is something the nascent AAM industry has come to terms with. It won’t start with flying passengers over crowded cities. It would take too long to show regulatory bodies that the new and unproven aircraft are safe enough to do this almost flawlessly. Disruptive technologies almost always start with a less appealing way, cargo. Cargo missions have reliable daily routes that feed the industry precious data used to continue to develop civilian and military products. In our AAM case, most of the work done today focuses on cargo drone that fly beyond visual line of sight (BVLOS).
The company is partnering with Metro Aviation, a medical helicopter operator that already serves the University of Vermont Medical Center in Burlington. The partnership’s initial focus is moving medical equipment and blood products across Lake Champlain to hospitals in northern New York — with eventual plans to transport clinicians and patients. Metro Aviation plans to purchase at least 20 vertical takeoff Alia aircraft, with expected delivery in 2028.
Beta is also competing for FAA selection under a federal initiative to fast-track electric aviation deployments, jockeying with competitors for one of five projects the agency is expected to greenlight. Beta is part of at least ten proposals across multiple states, with the Vermont-New York Lake Champlain corridor among the most advanced. Vermont Transportation Secretary Joe Flynn has written in support, noting that Beta’s technology could fundamentally reshape rural connectivity.
The medical-first approach is strategically smart. It establishes operational history in a regulated environment, builds the safety record the FAA needs to see before approving broader passenger operations, and generates revenue while the larger market matures.
The Vermont Model: Why It Matters Beyond Vermont
Beta’s commitment to Vermont is not purely sentimental. CEO Kyle Clark, a Chittenden County native, has built the company’s economic logic around local vertical integration — composites, metallics, and assemblies all produced adjacent to the manufacturing facility. As Clark explained directly: this insulates the company from a volatile supply chain, keeps quality high, and minimizes the waste and cost of long-distance shipping.
Vermont Secretary of Commerce Lindsay Kurrle called Beta’s growth “potentially another IBM success story” — a comparison that carries weight in a state that lost its largest employer when IBM departed in 2015. Vermont jobs in transportation manufacturing pay roughly one-third more than the statewide average salary, according to Kurrle, with effects that ripple through entire communities as workers spend locally.
For the AAM industry, this matters because it answers a question the sector has struggled to answer convincingly: where do the jobs go, and who benefits from this transition? Beta’s answer is specific, verifiable, and grounded. The 40-acre South Burlington campus already includes locally sourced daily lunches, an on-site health clinic, employee equity participation, free flight lessons for all staff, and a 5,000-square-foot childcare facility coming in 2026.
The Workforce Pipeline
Beta has taken its mobile flight simulator, which I used a few years back, to all 17 Vermont high school technical education centers. Partner schools have implemented curricula around composite metal manufacturing — one of Beta’s core competencies — with kits built from scrap materials off the South Burlington production floor. Students who complete these programs arrive at Beta job fairs with carbon fiber and composites experience on their resumes. They go to the top of the hiring stack.
The company hosted a career day last month that attracted 600 job seekers and high school students. The Burlington Technical Center’s Aviation, Career, and Technical Education Center sits directly adjacent to the manufacturing facility. This is deliberate co-location of training and production — the same strategic logic that built the great manufacturing clusters of the 20th century, applied to 21st-century electric aviation.
What the Rest of the Industry Can Learn from this
Beta Technologies has now demonstrated, with real production data and a real balance sheet, how the infrastructure-first approach to AAM can work. The company built its charging network before it had certified aircraft to charge. It pursued cargo and medical missions before passenger air taxis. It developed composites manufacturing capability in-house rather than depending on an uncertain supply chain. It went public with a backlog, not a promise.
The industry has watched Joby, Archer, and Lilium pursue different paths — some successfully, some not. Beta’s path has been quieter, more methodical, and more expensive in the short term. The South Burlington facility is the proof of concept for that patience.
The wall is coming down. A thousand jobs are coming. The Alia is coming. Vermont, of all places, is showing the world what it looks like to build an electric aviation company that is actually, genuinely, building.
Further Reading
- AIN – Beta IPO
- AIN – More aircraft sold
- Electric Air Mobility – Near Earth Autonomy partnership
- BETA Technologies timeline
Electric Air Mobility News covers advanced air mobility, electric aviation, and the global transition to cleaner, smarter transportation systems. The Ways We Move podcast is available on Apple Podcasts, Spotify, Amazon, iHeart Radio, and Buzzsprout.