Commercial Aviation
Surf Air Mobility and BETA Partner to Launch Electric Aircraft Service in Hawaii
Surf Air Mobility orders 25 BETA all-electric aircraft to launch cargo and passenger electric flights in Hawaii with new MRO and infrastructure.

This article is based on an official press release from Surf Air Mobility and BETA Technologies.
Surf Air Mobility Inc. (NYSE: SRFM) and electric aerospace manufacturers BETA Technologies (NYSE: BETA) have officially entered into an Aircraft Purchase Agreement and strategic partnership. According to a joint press release issued by the companies, the agreement is designed to accelerate the commercialization of advanced air mobility solutions, specifically targeting the Hawaiian inter-island market.
Under the terms of the newly announced agreement, Surf Air Mobility has placed a firm order for 25 of BETA’s all-electric ALIA CTOL (Conventional Takeoff and Landing) aircraft. The contract also includes an option for Surf Air to acquire up to 75 additional aircraft in the future. The financial terms of the purchase agreement were not publicly disclosed in the official announcement.
The companies plan to introduce these electric aviation aircraft into Surf Air Mobility’s existing regional network, utilizing its subsidiary, Mokulele Airlines, to launch what they intend to be the first commercial electric passenger service in Hawaii. The rollout will be phased, beginning with cargo operations before transitioning to scheduled passenger flights.
The Aircraft Purchase Agreement and Phased Rollout
Initial Cargo Operations and Passenger Goals
According to the press release, Surf Air Mobility will initially deploy the BETA aircraft for cargo services under the Mokulele Airlines brand. Cargo operations generally present fewer regulatory hurdles than passenger flights, allowing the companies to build operational experience while awaiting further certifications. Demonstration flights are currently planned for 2026, according to supplementary industry research.
Following the Federal Aviation Administration (FAA) certification of the passenger-configured ALIA aircraft, Surf Air Mobility stated its intention to become the first Part 135 operator to commercialize electric passenger flights for both scheduled service and on-demand charter operations.
“Our Aircraft Purchase Agreement grants us the ability to benefit from BETA’s unique product strategy, starting with the ALIA CTOL variant perfect for missions using existing regional airports, and ending with the introduction of a VTOL variant. Our goal is to lead the commercial rollout of electric aviation, including flying the first paying passenger on a next-generation electric aircraft.”
Infrastructure and the Hawaiian Market
Building an Electric Ecosystem
The partnership extends beyond aircraft procurement into ground infrastructure and maintenance. The press release notes that Surf Air Mobility is preparing to operate a new Maintenance, Repair, and Overhaul (MRO) center in Hawaii. Once certified, this facility will serve as the exclusive factory-authorized service center for BETA electric aircraft in the state, which Surf Air anticipates will generate a new revenue stream.
Furthermore, the two companies plan to collaborate on deploying BETA’s charging and ground support equipment at mutually agreed locations. Surf Air Mobility has indicated it intends to designate BETA as its preferred supplier for electric ground infrastructure.
Why Hawaii?
Hawaii’s unique geography and market dynamics make it an optimal launchpad for electric aviation. According to market research data, Mokulele Airlines is the largest commuter airline in Hawaii by scheduled departures, having operated approximately 36,000 departures and carried 224,000 passengers in 2025. The average stage length for Mokulele’s flights is just 51 miles, which aligns perfectly with the ALIA CTOL’s demonstrated range of 336 nautical miles.
To prepare for this transition, Surf Air announced a $22.4 million investment in January 2026 to upgrade Mokulele’s operations and infrastructure, according to industry reports. Additionally, Surf Air, BETA, and the Hawaii Department of Transportation partnered earlier this year to apply for the Electric Vertical Takeoff and Landing Integration Pilot Program (eIPP).
“Launching in Hawaii, with its short-haul routes, inter-island demand, and high fuel costs, enables us to continue to build on our extensive flight experience and transition that demonstrated performance into a scaled airline operation that is reliable and cost-efficient.”
BETA Technologies’ Market Position
ALIA CTOL Specifications and Cost Savings
BETA Technologies, which recently completed a high-profile initial public offering in November 2025 raising approximately $1.02 billion, brings significant technological backing to the partnership. Market data indicates the company currently holds a market capitalization of around $7.4 billion to $7.5 billion, with an order backlog of nearly 900 aircraft prior to this Surf Air deal.
The ALIA CTOL aircraft is designed to carry five passengers plus one pilot, or 200 cubic feet of cargo payload. According to BETA’s performance claims cited in industry research, the aircraft boasts a maximum speed of 153 knots and requires less than one hour of charge time. The economic appeal is driven by operating costs: BETA claims the ALIA CTOL operates at an energy cost of roughly $18 per hour, compared to $347 per hour for traditional regional aircraft like the Cessna 208, while producing 75% fewer emissions.
AirPro News analysis
We view this strategic partnership as a critical milestone in the race to decarbonize regional air travel. By integrating BETA’s charging infrastructure,which already features over 50 online sites across North America,and establishing an exclusive MRO facility, Surf Air is building the necessary end-to-end ecosystem to support scaled electric airline operations, rather than simply purchasing airframes.
However, we note that the success of Surf Air’s timeline to become the first Part 135 operator to fly paying passengers on electric aircraft hinges entirely on the FAA’s certification schedule for the ALIA passenger variant. While cargo operations provide a viable near-term revenue and testing pathway, the ultimate profitability of this venture will depend on regulatory approvals and the real-world performance of the ALIA CTOL in Hawaii’s high-frequency, inter-island operational environment.
Frequently Asked Questions
What aircraft is Surf Air Mobility purchasing?
Surf Air Mobility has placed a firm order for 25 all-electric ALIA CTOL (Conventional Takeoff and Landing) aircraft from BETA Technologies, with an option for up to 75 additional aircraft.
Where will these electric aircraft operate?
The aircraft will initially be deployed in Hawaii under Surf Air Mobility’s subsidiary, Mokulele Airlines. They will begin with cargo services before transitioning to passenger flights.
What are the operating costs of the ALIA CTOL?
According to BETA Technologies, the ALIA CTOL operates at an estimated energy cost of $18 per hour, significantly lower than the $347 per hour cost of comparable traditional aircraft like the Cessna 208.
Sources:
Surf Air Mobility and BETA Technologies Press Release (Business Wire)
Industry Research Report on Surf Air Mobility and BETA Technologies
Photo Credit: Surf Air Mobility
Airlines Strategy
ITA Airways Joins Lufthansa-ANA Europe-Japan Joint Venture
ITA Airways joins the Lufthansa and ANA Europe-Japan Joint Venture in Autumn 2026, adding Rome-Tokyo service to 160 weekly flights.

ITA Airways (AZ) will officially join the Europe-Japan Joint Venture operated by Lufthansa Group (LH) and All Nippon Airways (NH) in Autumn 2026, adding its daily Rome-to-Tokyo route and extensive Southern European network to the partnership.
The expansion agreement was signed on June 7, 2026, at the International Air Transport Association (IATA) Annual General Meeting in Rio de Janeiro, Brazil. According to a press release from Lufthansa Group, the inclusion of the Italian carrier will increase the joint venture’s capacity to 160 weekly long-haul flights between Europe and Japan, while providing passengers with streamlined connections across Italy, the Mediterranean, and North Africa.
Strategic expansion of the Europe-Japan network
The original joint venture between Lufthansa and ANA was established in 2012 to coordinate schedules and fares on routes connecting the two regions. The addition of ITA Airways brings the carrier’s daily nonstop service between Rome Fiumicino Airport (FCO) and Tokyo Haneda Airport (HND) into the integrated network.
Japanese antitrust authorities granted the necessary immunity for the expanded partnership several weeks prior to the June signing. The integration will feature a sequential rollout of joint booking options beginning in Autumn 2026, allowing travelers to combine flights from all three carriers on a single itinerary.
Executive perspectives on the integration
ANA President and CEO Juichi Hirasawa highlighted the upcoming 15th anniversary of the joint venture, noting that the partnership has historically provided a seamless travel experience for passengers moving between the two markets.
“With ITA Airways joining us to open up the gateway to Rome, we look forward to offering travelers exceptional service and even more convenient access to Italy, Southern Europe, the Mediterranean and beyond,” Hirasawa stated.
For ITA Airways, the agreement represents a critical step in its broader integration into the Lufthansa Group network. ITA Airways Chief Executive Officer and General Manager Joerg Eberhart described the move as a key milestone for the airline’s international development, particularly in the strategically important Asia-Pacific region. Eberhart noted the partnership will offer customers more efficient connections and an increasingly integrated travel experience.
AirPro News analysis
We view the rapid integration of ITA Airways into the ANA and Lufthansa Group joint venture as a clear indicator of Lufthansa’s strategy to leverage its new Italian asset immediately. By routing Asia-bound traffic through Rome Fiumicino, the Lufthansa Group can relieve congestion
Photo Credit: Lufthansa Group
Commercial Aviation
Airbus A350-1000ULR EASA Certification Campaign Begins
Airbus begins two-month EASA certification for the A350-1000ULR after its June 2026 maiden flight, targeting Qantas Project Sunrise routes.

Airbus SE has initiated a two-month flight testing and certification campaign for the A350-1000ULR (Ultra Long Range) following the aircraft’s maiden flight on June 2, 2026. The testing phase marks a critical milestone for Qantas Airways Limited and its Project Sunrise initiative, which aims to operate the world’s longest commercial passenger flights.
According to press releases issued by Airbus, the European Union Aviation Safety Agency (EASA) certification campaign will focus on the structural and systems modifications required to keep the aircraft airborne for up to 22 hours. Qantas ordered 12 of the ultra-long-range jets in May 2022 to connect Australia’s east coast directly with cities including London and New York.
Engineering the ultra-long-range architecture
To achieve an approximate range of 10,000 nautical miles, Airbus integrated a Rear Centre Tank into the A350-1000ULR. This modification provides an additional 20,000 litres of fuel capacity compared to the standard A350-1000 variant. The certification campaign will heavily evaluate the new fuel system architecture, specifically the sequencing and management of fuel transfers by the Fuel Quantity Management System.
The aircraft is powered by Rolls-Royce Trent XWB-97 engines. Alongside the fuel system changes, Airbus introduced a new galley air cooling system. This system saves 300 kilograms of weight and will eventually become standard across the broader A350 Family.
Flight test instrumentation and campaign scope
The maiden test flight of the first A350-1000ULR, designated as manufacturer serial number 707 (MSN707), took place in Toulouse, France. The aircraft flew for 3 hours and 43 minutes and reached a maximum altitude of 41,000 feet.
For the two-month testing period, Airbus installed 5 tonnes of custom flight test instrumentation on MSN707, including 1,000 specially designed sensors distributed throughout the cabin.
“Flight testing a production aircraft adds a layer of extra pressure. You are sitting inside the actual product. The customer is trusting us with their future flagship. Every switch we flip, every check we carry out, every manoeuvre we perform has to be executed with the passenger experience and operational reliability in mind,” said Laurent Rossignol, an Airbus Test Flight Engineer.
Unlike dedicated prototype airframes, MSN707 will not remain a permanent testbed. Following the conclusion of the EASA certification campaign, Airbus will retrofit the aircraft to Qantas’ commercial specifications prior to delivery.
Delivery timeline adjustments
Qantas initially challenged manufacturers to increase the range of long-haul aircraft when it launched Project Sunrise in 2017. While the flight testing phase is now underway, the airline will wait slightly longer than initially anticipated to receive its first airframe.
According to reporting by FLYING Magazine, supply chain constraints have delayed the first delivery of the A350-1000ULR to Qantas. Originally targeted for late 2026, the handover is now expected in April 2027.
AirPro News analysis
We view the condensed two-month certification window as a strong indicator of Airbus’s confidence in the baseline A350-1000 platform. Because the ULR variant relies on targeted modifications rather than a clean-sheet redesign, the regulatory burden is significantly reduced. The integration of the Rear Centre Tank is the primary technical hurdle. While the delivery delay to April 2027 is a setback for Qantas, it aligns with the broader supply chain bottlenecks currently affecting both major commercial airframe manufacturers. The successful deployment of these 12 aircraft will likely serve as a definitive test case for the economic viability of ultra-long-haul point-to-point routing.
Sources: Airbus
Photo Credit: Airbus
Aircraft Orders & Deliveries
ACG Extends $3.1 Billion Credit Facility to June 2030
Aviation Capital Group extends its $3.1B revolving credit facility to 2030, backed by 24 banks and a 121-aircraft 737 MAX backlog.

Aviation Capital Group (ACG) has secured long-term liquidity by extending the maturity of its $3.1 billion senior unsecured revolving credit facility to June 2030.
Announced in a press release on June 10, 2026, the amendment and restatement of the facility was completed with JPMorgan Chase Bank acting as the administrative agent. The extension from its previous June 2028 maturity date provides the Newport Beach, California-based aircraft lessor with continued financial flexibility to fund new aircraft deliveries and support its global airline customer base.
Facility details and banking syndicate
The $3.1 billion facility is supported by commitments from 24 financial institutions. This core credit line is part of ACG’s broader liquidity strategy, which includes approximately $5.1 billion in total revolving commitments. Alongside the primary syndicate, ACG maintains a $1.5 billion line of credit provided by its parent company, Tokyo Century Corporation, and a separate $500 million revolving credit facility with a syndicate of lenders based in Asia.
Matthew Novell, Vice President of Capital Markets and Assistant Treasurer of ACG, stated that the extension reflects the strength of the company’s platform and the depth of its global banking relationships.
“This extension further enhances our liquidity and financial flexibility, enabling us to continue investing in our fleet, support our airline customers and execute on our growth objectives,” Novell said.
Fleet expansion and corporate restructuring
The extended credit facility arrives as ACG actively expands its portfolio, which stood at approximately 500 owned, managed, and committed aircraft as of March 31, 2026. The lessor currently places aircraft with roughly 90 Airlines across 50 countries. To support this fleet growth, ACG finalized an Orders for 50 Boeing 737 MAX jets on January 13, 2026, splitting the commitment evenly between the Boeing 737 MAX 8 and Boeing 737 MAX 10 variants. This order increased the company’s total 737 MAX backlog to 121 aircraft.
Deliveries are ongoing, with ACG handing over its first of six new Boeing 737 MAX 8 aircraft to Royal Air Maroc on March 31, 2026. The lessor has also restructured its executive team to manage these manufacturer relationships, appointing Rob Downes to the newly created role of Chief Original Equipment OEMs Officer on April 16, 2026.
AirPro News analysis
We view the successful extension of ACG’s $3.1 billion credit facility as a strong indicator of institutional confidence in the aircraft leasing sector. By pushing the maturity date to 2030, ACG insulates itself from near-term refinancing risks while securing the capital required to absorb its expanding Boeing 737 MAX order book. The backing of 24 financial institutions, combined with the $1.5 billion backstop from Tokyo Century, positions the lessor to capitalize on high global demand for narrowbody lift even as it navigates a transition period following the May 31, 2026, departure of Chief Financial Officer Craig Segor.
Sources: Aviation Capital Group
Photo Credit: Boeing
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