Beta Technologies
Beta Technologies is a Vermont aerospace manufacturer developing electric vertical-takeoff-and-landing and conventional-takeoff-and-landing aircraft, charging infrastructure, and electric-aviation training services.
Last updated October 14, 2026
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Overview
Beta Technologies is an American aerospace manufacturer based in South Burlington, Vermont. Founded in 2017 by pilot, engineer, and entrepreneur Kyle Clark, the company develops electric aircraft for cargo, passenger, medical, and military missions. Its aircraft portfolio is centered on the ALIA family: the ALIA A250, an all-electric vertical-takeoff-and-landing aircraft, and the CX300, an all-electric conventional-takeoff-and-landing aircraft derived from the same propulsion and aerodynamic platform. Both models are intended to combine low-emission electric propulsion with practical operating economics, runway or off-airport flexibility, and relatively short charging times. The company originated from a medical-logistics problem. United Therapeutics, led by Martine Rothblatt, was seeking more efficient ways to transport human organs for transplantation and became Beta's first identified customer, awarding the company a reported $48 million contract. Beta initially developed AVA XC, an eight-motor, eight-propeller battery-electric proof-of-concept aircraft. The aircraft made its first tethered flight in May 2018 and became the world's heaviest electric vertical-takeoff aircraft to fly when the company emerged from stealth in 2019. Clark pursued helicopter and powered-lift qualifications in order to serve as Beta's initial test pilot. Beta's development program broadened through work with the United States Air Force's Agility Prime initiative, the U.S. Army, the Department of Defense, and civil aviation customers. The ALIA A250 completed increasingly demanding piloted flights, including a 205-mile flight in 2021, a 1,400-mile multi-stop journey in 2022, and a successful transition from hover to wing-borne flight and back to hover in 2024. The company has positioned the aircraft for passenger, cargo, air-medical, and defense applications rather than limiting the platform to urban air-taxi operations. Commercial relationships have included UPS, Blade Urban Air Mobility, Bristow Helicopters, aircraft lessor Lease Corporation International, Air New Zealand, United Therapeutics, Metro Aviation, and New Zealand Air Ambulance. These agreements have covered prospective purchases, options, demonstrations, and operational trials. Beta has also developed a proprietary charging network. Its charging equipment is designed for electric aircraft and can also supply ground electric vehicles; the company has installed sites at airports and other locations and has pursued charging deployments for government and medical-logistics applications. The CX300 represents Beta's runway-dependent conventional-aircraft approach. The model is intended for passenger, freight, medical, and military use and shares the company's electric pusher-motor architecture with the vertical-lift aircraft. In November 2024, the Federal Aviation Administration granted a CX300 production aircraft a multipurpose special airworthiness certificate, enabling further testing and demonstrations. In June 2025, a CX300 carried four people on a flight from East Hampton, New York, to John F. Kennedy International Airport, described in the reference material as the first passenger-carrying flight by an electric aircraft in the United States. Beta subsequently supported demonstration and trial operations in North America, Ireland, Norway, New Zealand, and Scotland. By late 2024, Beta reportedly employed more than 800 people. Its manufacturing and validation footprint included a production facility at Burlington International Airport and a battery-validation operation in a repurposed Energizer plant in St. Albans, Vermont. The company's broader business scope includes aircraft design and manufacture, propulsion and battery integration, charging infrastructure, landing-pad development, pilot and maintenance training, and flight demonstrations. Its long-term positioning is that electric aviation can serve real cargo, medical, regional, and defense missions, not only experimental or short-range urban transport.
History
Beta Technologies was incorporated in Vermont in 2017 by Kyle Clark, a pilot, engineer, and entrepreneur. Clark sought to develop electric aircraft that could progress from experimental flight into useful cargo, medical, passenger, and defense operations. To become the company's initial test pilot, he learned to fly helicopters and obtained an FAA powered-lift rating. United Therapeutics became Beta's first identified customer. The company was investigating efficient transport of human organs for transplantation, and its reported $48 million contract helped give Beta an initial commercial application. Beta's first major aircraft was AVA XC, an eight-motor, eight-propeller battery-electric proof of concept weighing approximately 4,000 pounds. It made its first tethered flight on May 23, 2018. When Beta emerged from stealth in January 2019, AVA XC was described as the heaviest eVTOL aircraft then to have flown. In 2020, Beta joined the U.S. Air Force's Agility Prime program. The initiative allowed the company to work with military test and certification organizations while developing electric-air-mobility technology. Beta unveiled the ALIA A250 prototype in June 2020. Unlike a tilt-rotor aircraft, ALIA used separate lift and forward-thrust systems: four lift motors mounted above the wing and a rear pusher motor for cruise flight. The ALIA program expanded rapidly in 2021. In March, an A250 flew from Plattsburgh, New York, across Lake Champlain to Burlington, Vermont. UPS contracted for ten aircraft, with an option for up to 150 additional units, while Blade Urban Air Mobility committed to as many as twenty aircraft for passenger-service applications. The Air Force issued Beta its first airworthiness certificate under Agility Prime, and the aircraft completed a 205-mile crewed flight in July. Beta also investigated a hybrid-electric generator concept for longer-range military missions. In 2022, the U.S. Army awarded Beta a contract to support flight testing and assess ALIA for military cargo and logistics missions. Air Force pilots flew the aircraft during company-hosted testing. Commercial commitments included an order for fifty ALIA aircraft from Lease Corporation International and an order for five from Bristow Helicopters with options for fifty more. ALIA also completed a 1,400-mile multi-stop journey using Beta's charging network and later flew 876 miles to UPS Worldport. The company conducted a battery drop test sponsored by the FAA with the National Institute for Aviation Research and was selected for Air New Zealand's Mission Next Generation aircraft program. Beta developed its industrial base during this period. By the end of 2022, it was repurposing a former Energizer battery plant in St. Albans, Vermont, as a battery-validation facility. In March 2023, it began seeking FAA certification for the conventional-takeoff-and-landing CX300, a runway-dependent derivative intended for cargo, passenger, medical, and military use. Bristow, Air New Zealand, and United Therapeutics were reported among early customers or order holders for the model. Beta also opened an office in Montreal. In October 2023, the company opened a 188,500-square-foot production facility at Burlington International Airport. The initial site was reported to have capacity for up to 300 aircraft per year, with a planned expansion. In April 2024, the ALIA A250 completed a piloted transition from hover to wing-borne flight and back to hover. Beta also announced Underwriters Laboratories certification for its 320-kilowatt Charge Cube. Later that year, the company participated in military cargo and medical-evacuation exercises and unveiled a five-passenger ALIA prototype. The Department of Health and Human Services agreed to a reported $20 million charger-installation contract covering 22 sites. Beta also announced a reported $318 million investment round led by Qatar's sovereign wealth fund. By late 2024, Metro Aviation had ordered twenty ALIA aircraft, and New Zealand Air Ambulance had ordered two A250 aircraft. The FAA granted a multipurpose special airworthiness certificate to the first CX300 production aircraft, which then undertook further testing with Clark as pilot. Beta also became the first electric-aircraft manufacturer to integrate Garmin's G3000 Prime avionics system. In 2025, CX300 demonstrations expanded internationally. A six-week U.S. tour included operations in varied weather and an instrument-flight-rules landing at Atlanta's major airport. In June, a CX300 carried four people from East Hampton to John F. Kennedy International Airport. In May, another CX300 completed what was described as Ireland's first fully electric piloted flight at Shannon Airport. Demonstration programs followed in Norway and New Zealand, including cargo trials. The supplied reference material also describes later trials involving Scottish island postal deliveries, although the company's public listing status and later corporate developments require verification.
- 2025
CX300 passenger and international demonstration flights
[1]The CX300 conducted U.S. passenger-carrying and overseas demonstration flights, including operations in Ireland, Norway, and New Zealand.
- 2024
A250 transition flight and CX300 certification milestone
[1]The A250 completed a full hover-to-cruise-to-hover transition, while the FAA issued a special airworthiness certificate for a CX300 production aircraft.
- 2023
CX300 program and production facility advance
[1]Beta pursued FAA certification for the CX300 and opened a large production facility at Burlington International Airport.
- 2022
Military testing expands
[1]Beta began Army-supported testing of ALIA and hosted Air Force test pilots.
- 2021
UPS and Blade announce ALIA commitments
[1]The company announced prospective aircraft commitments from UPS and Blade for cargo and passenger applications.
- 2020
ALIA A250 unveiled
[1]Beta introduced the second major prototype in its aircraft program.
- 2019
Beta emerges from stealth
[1]Beta publicly presented its electric-aircraft program, with AVA XC described as the heaviest eVTOL aircraft to have flown.
- 2018
AVA XC makes first tethered flight
[1]The eight-motor, eight-propeller battery-electric AVA XC prototype completed its first tethered flight.
- 2017
Company founded in Vermont
[1]Kyle Clark founded Beta Technologies in Vermont to develop electric aircraft and related aviation systems.
Products and positioning
A vertically integrated electric-aircraft manufacturer focused on practical cargo, medical, passenger, and defense operations, supported by proprietary charging infrastructure and training services.
Electric eVTOL prototype · 2018
AVA XC
AVA XC was Beta's original battery-electric proof-of-concept aircraft. It used eight motors and eight propellers and made its first tethered flight in 2018. The aircraft served as an early test platform for electric vertical flight and helped demonstrate the feasibility of Beta's larger aircraft ambitions.
Electric vertical-takeoff-and-landing aircraft · 2020
ALIA A250
ALIA A250 is an all-electric eVTOL aircraft designed for passenger, cargo, medical, and military missions. Four lift motors provide vertical takeoff and landing, while a rear pusher motor provides forward thrust in wing-borne flight. The aircraft is designed around a five-passenger or cargo configuration, a stated range of up to 250 nautical miles, and charging in less than an hour. Its 2024 transition flight demonstrated movement between hover and conventional wing-supported flight.
Electric conventional-takeoff-and-landing aircraft · 2023
ALIA CX300
ALIA CX300 is a runway-dependent electric aircraft for passenger, cargo, medical, and military use. It uses a rear-mounted electric pusher motor and a conventional wing rather than vertical-lift motors. The model shares propulsion and design elements with the A250, is intended to recharge in under an hour, and received an FAA special airworthiness certificate for a production aircraft in 2024.
Aircraft charging and landing infrastructure
BETA charging infrastructure
Beta develops charging stations, including its 320-kilowatt Charge Cube, to support electric-aircraft operations. The chargers can also supply ground electric vehicles. The company has deployed airport and off-airport sites and develops elevated landing pads that can be paired with chargers to provide operating locations outside conventional airports.
Marketing campaigns
- 2025CX300 U.S. demonstration tour
United States
A CX300 conducted a six-week U.S. demonstration tour covering varied climates and operating environments, including an instrument-flight-rules landing at Hartsfield–Jackson Atlanta International Airport.
Outcome. The tour supported public and industry demonstration of the aircraft's operational range and airport compatibility.
- 2025European CX300 demonstration tour
Ireland · Norway · Europe
Beta demonstrated the CX300 in Ireland and subsequently supported testing by Bristow Norway between Stavanger and Bergen.
Outcome. The program developed operational experience for regional and cargo use in European conditions.
- 2025Air New Zealand Mission Next Generation trials
New Zealand
Air New Zealand conducted a multi-month CX300 cargo-testing program based at Hamilton Airport and involving twelve airports.
Outcome. The aircraft completed more than 13,000 kilometres of reported cargo-flight testing.
Brand decisions
2024
Expand charging infrastructureStrategyBackground
Electric aircraft deployment requires a dedicated charging network and suitable off-airport operating locations.
Action taken
Beta continued developing aircraft chargers, elevated landing pads, and government-supported charging installations.
Aftermath
The company reported dozens of operating or planned charging sites and secured a U.S. health-agency installation contract.
2023
Develop the conventional-takeoff CX300Generation changeBackground
Beta expanded beyond vertical flight to address cargo, medical, passenger, and military missions that could use conventional runways.
Action taken
The company pursued FAA certification for the CX300, an electric fixed-wing derivative of its ALIA platform.
Aftermath
The CX300 became the company's main production and demonstration aircraft and received a special airworthiness certificate in 2024.
2020
Join the Air Force Agility Prime programStrategyBackground
Beta sought government-backed testing and certification pathways for electric aircraft and advanced air mobility.
Action taken
The company entered the U.S. Air Force Agility Prime initiative and progressed through its evaluation stages.
Aftermath
The relationship led to military test flights and Beta's first Air Force airworthiness certificate.
Recent events
Reported
BETA Technologies reports quarterly earnings[2]
BETA Technologies reported quarterly earnings of ($0.51) per share, beating the consensus estimate of ($0.54) by $0.03, and revenue of $17.67 million.
- Unconfirmed
UDOT unveils Beta Technologies' ALIA CX-300 all-electric aircraft at Salt Lake City International Airport[3]
The Utah Department of Transportation unveiled the ALIA CX-300, an all-electric aircraft built by Beta Technologies, showcasing it at UDOT's hangar at Salt Lake City International Airport. The aircraft flies approximately 300-400 miles per trip depending on load, and Beta's chief information officer said a Monday demonstration flight cost less than $2 in fuel.
Weekdays and relative dates follow the original report; their exact calendar dates have not been verified.
Sources3 sources
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