FAA eVTOL Integration Pilot Program

Welcome back to the Aviation Newsletter, your go-to podcast for the pulse of everything that flies. I’m Priscilla, and this podcast is powered by the team at Starrime. Whether you’re a lifelong aviation enthusiast, a frequent flyer or simply curious about the world above the clouds, we’re truly grateful to have you with us. This year, we’ll continue to bring you deeper insights, compelling stories from the industry and updates on the technology shaping the future of flight. We always welcome your thoughts and feedback in the comments. The podcast remains available in both English and Chinese. Thank you for being on this journey with us. Now, let’s explore what’s making news in aviation today.1.https://www.ainonline.com/aviation-news/futureflight/2026-03-31/faa-evtol-integration-pilot-program-flips-scriptFAA eVTOL Integration Pilot Program Flips the Script on CertificationApril 3,2026The FAA’s eVTOL Integration Pilot Program, or eIPP, is set to reshape how advanced air mobility enters service in the United States. Under this White House-backed initiative, electric, hybrid-electric, and autonomous aircraft will begin flying commercial cargo and medical missions this year—before type certification is complete and before final regulations are in place.At the core of the program is the FAA’s use of an Other Transaction Authority, or OTA, framework, which allows selected participants to conduct commercial operations under experimental approvals. This marks a major departure from the traditional sequence where certification must come before commercialization. Instead, the eIPP enables early operations to generate real-world data that will help shape future regulations.Eight projects, selected from more than 30 proposals, span 26 states and involve a wide range of use cases, from offshore logistics and organ delivery to firefighting. For companies like Wisk Aero, a Boeing subsidiary developing a fully autonomous eVTOL aircraft, the program represents a significant acceleration of its path to market.Wisk is participating in a Texas-led project alongside Archer Aviation, Joby Aviation, and Beta Technologies, as well as operators including Metro Aviation and Amazon. While Wisk ultimately aims to certify its pilotless Gen 6 aircraft by the end of the decade, it plans to begin with piloted aircraft on eVTOL routes to collect operational and certification data for its autonomy systems.According to CEO Sebastien Vigneron, the goal is not just to test aircraft, but to validate the entire digital and physical ecosystem. The data gathered through eIPP will directly inform FAA policy, helping ensure that when full commercial eVTOL services launch, both the aircraft and the regulatory environment are ready.2.https://www.ainonline.com/aviation-news/futureflight/2026-04-06/japan-targets-2027-launch-commercial-evtol-flightsJapan Targets 2027 Launch for Commercial eVTOL FlightsApril 6, 2026Japan is taking a more measured approach to advanced air mobility, pushing its timeline for commercial eVTOL passenger operations to 2027 or 2028. While the 2025 World Expo in Osaka was initially positioned as a launch point, the flights conducted there were limited to demonstrations, highlighting how much work remains before passenger service can begin.Under the revised national roadmap, Japan plans to introduce commercial eVTOL operations in select regions later this decade, followed by autonomous passenger transport and more advanced traffic management systems in the early 2030s, and full integration into urban transport networks in the 2040s.At the regional level, Osaka is moving ahead with more concrete deployment plans. The Kansai Economic Federation aims to support around 100 aircraft operating within an 80-kilometer radius of Osaka Bay by 2035. Central to this vision is the Osakako Vertiport, which is expected to evolve from a demonstration site into a hub anchoring the planned “Diamond Routes” network across the Kansai region.Among the companies involved, SkyDrive is positioning itself at the forefront of early operations. Its three-seat SD-05 aircraft completed demonstration flights at the Expo and is now moving from an experimental phase to an implementation phase. The company aims to begin operations around Osaka and in Kyushu by 2028, and recently secured approval of its general certification plan from Japan’s aviation regulator.However, the Expo demonstrations also revealed key challenges. None of the participating aircraft were certified for passenger operations. Some programs faced technical setbacks, while others had not progressed far enough in flight testing. Even SkyDrive’s flights were conducted remotely, with no onboard pilot.3.https://www.ainonline.com/aviation-news/futureflight/2026-04-09/french-funding-advance-ascendances-dual-use-batteryFrench Funding Backs Ascendance’s Hybrid Propulsion SystemApril 10,2026Ascendance has secured €12.2 million ($14.25 million) to develop its proprietary hybrid-electric propulsion system, applicable to drones and its in-development Atea eVTOL aircraft. This four-year funding commitment—made available through the France 2030 investment program and announced on April 9— will enable Ascendance to scale its industrial efforts, explained the company.According to the French start-up, the new government backing will help it to achieve a key milestone in it work to start series production of its Sterna Hybrid Pack propulsion system, including its battery technology. The company said that it also plans to progress plans for aircraft production by establishing a dedicated manufacturing facility for assembly civil and defense models, including the Atea, "in the medium term."In March, Ascendance’s full-scale Atea demonstrator aircraft entered its final assembly phase at the company’s facility in Toulouse. With the airframe’s structure now complete, the integration of propulsion elements, flight control system, and avionics are set to be completed by the end of the year.Ascendance also aims to pursue separate applications for its modular Sterna hybrid-electric modular propulsion system to power fixed wing aircraft and drones. In February 2025, Ascendance announced it was partnering with French drone manufacture Delair to integrate Sterna within the former’s DT46 long-range, fixed-wing drone.  “At a moment when the limits of all-electric and uncertainties around hydrogen challenge the sector, hybrid-electric is establishing itself as an immediately deployable solution to reduce emissions while guaranteeing performance and autonomy,” concluded Ascendance. Initial Sterna series production will begin at its existing facilities at Muret L'Herm, in southern France.4.https://www.ainonline.com/aviation-news/futureflight/2026-04-06/vaeridion-fundraising-build-flying-microliner-hardwareVaeridion Fundraising to Build Microliner PrototypeApril  9,  2026Vaeridion is pushing ahead with its all-electric Microliner regional aircraft, targeting a first flight around 2027 as it shifts from concept development toward industrialization. A key step in that transition is the opening of a new battery manufacturing facility at Oberpfaffenhofen Airport in Germany, acquired from the insolvent eVTOL developer Lilium.According to CEO Ivor van Dartel, the facility is a critical enabler for building and testing hardware leading up to the company’s first aircraft. Unlike many early-stage programs, Vaeridion plans to produce a conforming prototype rather than a technology demonstrator, signaling a direct path toward certification.The nine-seat Microliner features a single-propeller, multi-engine electric architecture, combining a proprietary electrical system with lithium-ion batteries supplied by Molicel. The aircraft is designed for a range of up to 400 kilometers, with battery packs expected to last several thousand cycles before replacement.A major upcoming milestone will be in-flight battery testing, potentially using the Dornier 328-based UpLift flying testbed. Ground validation will also be supported by a “copper bird” test rig, allowing engineers to simulate system failures and validate safety scenarios.Vaeridion is targeting EASA Part 23 certification by the end of the decade, with launch operator ASL Group expected to begin commercial operations shortly after. While acknowledging a more cautious investment environment, van Dartel emphasized that strong programs continue to attract funding.By combining existing battery technology with optimized aircraft design, the company believes it can deliver a viable and scalable electric regional aircraft—and aims to be among the first to bring such a platform to market.The audio and content of this podcast shall not be used for AI model training or any other purposes. That’s all for this episode of Aviation Newsletter. Thank you for listening. Podcast by Priscilla. Sound Edited by Priscilla. Aviation Newsletter is brought to you by the Starrime team. You can catch our podcast on all major podcast platforms. We also look forward to seeing your comments. See you soon.