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• Hanneke Weitering
BETA Technologies tested an electric aircraft in Utah with Alpine Air to evaluate its use delivering short-lived radiopharmaceuticals. The trial examined whether electric aviation could support time-sensitive medical logistics, including transport of materials used in cancer diagnosis and treatment.
Beta Technologies
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BETA Technologies tested an electric aircraft in Utah with Alpine Air to evaluate its use delivering short-lived radiopharmaceuticals. The trial examined whether electric aviation could support time-sensitive medical logistics, including transport of materials used in cancer diagnosis and treatment.
BETA Technologies operated electric aircraft in Utah for five days to assess their potential to transport urgent medical cargo, including radiopharmaceuticals used in cancer diagnosis and treatment. The trial focused on whether electric aviation could serve time-sensitive healthcare logistics needs.
Metro Aviation and BETA Technologies are partnering to bring electric aviation to ECU Health in North Carolina. The initiative applies BETA’s electric aircraft to healthcare, linking an emerging advanced air mobility use case with a regional medical provider; the available reports do not specify aircraft, routes or a start date.
BETA Technologies has begun flight testing its all-electric ALIA conventional takeoff and landing aircraft in North Carolina. The campaign will assess the aircraft’s potential for medical transport and regional air services, adding operational data to the company’s development and commercialization effort.
High activity
Texas has begun flights under the White House’s eVTOL Integration Pilot Program, with Joby Aviation participating in a weeklong demonstration. Separately, Archer Aviation and BETA Technologies plan interoperable charging infrastructure to support air taxi operations, linking vehicle deployments with the ground systems required for scale.
High activity
Electric aircraft from Beta Technologies, autonomous cargo drones from Elroy Air and other aircraft are set to participate in trials in Louisiana. The initiative will provide an operational testing environment for electric aviation and autonomous cargo systems, bringing multiple emerging aircraft technologies into the same program.
GE Aerospace says a hybrid-electric Saab 340B commuter aircraft operated the first hybrid-electric flights above 30,000 feet and the first such crossing of the North Atlantic. The demonstration marks a high-altitude, long-range test of hybrid-electric propulsion technology developed with Beta Technologies.
Air New Zealand says Beta Technologies’ ALIA CX300 demonstrator is too small to be cost-effective and has asked the company to examine a larger battery-electric aircraft. The assessment could reshape the airline’s approach to electric regional operations and the aircraft requirements for commercial viability.
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