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
Commercial Aviation
El Al Israel Airlines to Install Starlink Wi-Fi Starting 2027
El Al signed a Starlink satellite internet deal covering its Boeing 787, 777, and 737 fleet, with rollout beginning in 2027.
This is original reporting and analysis by AirPro News.
Airlines (LY) will equip its commercial fleet with SpaceX’s Starlink satellite internet, joining a growing roster of global carriers adopting low-Earth orbit (LEO) connectivity. The installation will begin a gradual rollout across the airline’s aircraft starting in 2027.
The Israeli flag carrier announced the agreement on June 15, 2026, via its official social media channels. The partnership aims to provide passengers with continuous, high-speed Wi-Fi capable of supporting live streaming and remote work during flights. “We continue to invest in the most advanced products and services, aiming to upgrade your flying experience from the ground to the air,” the airline stated in its official release.
Fleet integration and service rollout
The Starlink system utilizes a constellation of LEO satellites to deliver high bandwidth and low latency compared to traditional geostationary satellite systems. El Al plans to install the necessary hardware across its fleet, which includes Boeing 787 Dreamliner, Boeing 777, and Boeing 737 aircraft.
While the airline confirmed the 2027 launch timeline, specific details regarding the installation schedule for individual aircraft types remain pending. Reports from outlets including Reuters indicate the service will be offered to passengers free of charge. El Al has not yet officially confirmed the final pricing structure in its primary announcements.
Statements provided to aviation trade press attributed to El Al chief executive Levy Halevy described the integration as a significant step forward for passenger connectivity. The technology is expected to allow customers to stay connected in the air and communicate without interruption.
Starlink’s expanding aviation footprint
The agreement with El Al marks another expansion for SpaceX in the commercial aviation sector. Starlink has secured partnerships with more than 40 airlines globally. Recent adopters include United Airlines (UA), Air France (AF), Qatar Airways (QR), and Hawaiian Airlines (HA).
The shift toward LEO satellite internet reflects a broader industry trend as airlines seek to match in-flight Wi-Fi performance with ground-based internet standards. Traditional air-to-ground and older satellite systems often struggle with bandwidth limitations over oceans and remote regions.
AirPro News analysis
We view El Al’s investments in Starlink as a strategic move to solidify its premium market positioning during a period of unique financial strength. Since October 2023, the suspension of flights to Israel by many foreign carriers has left El Al with limited competition and increased profitability. Reinvesting these yields into high-visibility passenger experience upgrades like LEO Wi-Fi allows the carrier to build long-term brand loyalty.
The timeline of 2027 for the initial rollout suggests the airline is factoring in the necessary supplemental type certificates (STC) and heavy maintenance scheduling required to retrofit its Boeing fleet. As Starlink continues to capture market share from legacy connectivity providers, the pressure will mount on remaining holdout airlines to upgrade their own in-flight offerings.
Sources: El Al Israel Airlines
Photo Credit: Starlink
Commercial Aviation
New Zealand’s First Airbus ACH160 Delivered to Advanced Flight
Advanced Flight takes delivery of New Zealand’s first ACH160 on June 18, 2026, following CAA type certification.
Auckland-based charter operator Advanced Flight took delivery of New Zealand’s first Airbus ACH160 helicopter on June 18, 2026, marking the inaugural entry of the corporate rotorcraft variant into the Pacific region.
The handover follows the recent type certification of the aircraft by the New Zealand Civil Aviation Authority (CAA). According to a press release issued by Airbus Corporate Helicopters (ACH), the twin-engine aircraft will support passenger transport operations across both the North and South Islands.
Operational capabilities and configuration
Advanced Flight selected an eight-passenger configuration for their ACH160. The corporate variant is designed to accommodate up to 10 passengers, while the standard H160 holds certification for a maximum of 12 passengers.
The manufacturer states the aircraft provides an 18 percent reduction in fuel consumption and a 50 percent reduction in perceived sound compared to previous-generation helicopters. Airbus reports there are currently more than 65 H160 helicopters operating globally.
Strategic regional milestone
The delivery establishes a new regional footprint for the Airbus corporate portfolio. Christian Venzal, managing director of the Airbus helicopter business in Australia, New Zealand, and the Pacific, stated the platform offers greater fuel efficiency and quieter operations for applications ranging from commercial passenger transport to medical evacuation.
Advanced Flight chief executive officer and pilot Keith Stephens noted the delivery continues a longstanding relationship with the manufacturer.
“This delivery represents a significant step forward in our commitment to innovation, safety, and delivering world-class aviation services. It also reflects the depth of experience within our team and pilots, who consistently lead the way in operating and supporting some of the most advanced aircraft in the World,” Stephens said.
AirPro News analysis
The introduction of the ACH160 into the New Zealand charter market highlights a growing regional demand for modern, lower-emission rotorcraft. We view the New Zealand Civil Aviation Authority certification as a critical enabler for Airbus to expand its corporate helicopter footprint across the broader Pacific market, where rugged terrain and inter-island transit often necessitate advanced rotary-wing capabilities.
Sources: Airbus Corporate Helicopters,
Photo Credit: Airbus Corporate Helicopters
Commercial Aviation
Southwest Airlines Partners With AWS for Cloud Transition by 2028
Southwest Airlines names AWS as preferred cloud provider, targeting AI-enabled infrastructure by 2028 to support new revenue models.
Southwest Airlines (WN) has named Amazon Web Services (AWS) as its preferred cloud provider, initiating a transition to a fully cloud-based, artificial intelligence-enabled architecture by 2028.
The June 17, 2026, announcement outlines a shift from the carrier’s legacy on-premises technology environment to a modernized infrastructure. According to the company press release, this overhaul is designed to support operations, software development, and customer experience for its 134 million annual travelers.
Technological overhaul and AI integration
The partnership centers on deploying AI agents across multiple facets of the airline’s business. To facilitate this transition, more than 2,700 developers at Southwest are currently utilizing AWS’s Kiro, an agentic coding service, to build new features, automate testing protocols, and generate cloud infrastructure.
Lauren Woods, Executive Vice President and Chief Information Officer at Southwest Airlines, stated that the carrier is applying its focus on performance and reliability directly to its technology strategy.
“From Customer experience, to operations, to how we build the systems behind it—all of it is coming together in a way that helps our Teams move faster, make better decisions, and deliver for our Customers,” Woods said in the release.
Swami Sivasubramanian, Vice President of Agentic AI at AWS, added that the deployment of AI agents across the airline’s software development and operations demonstrates how agentic AI capabilities can deliver measurable results at scale.
Broader commercial transformation
The IT modernization effort aligns with Southwest’s ongoing commercial restructuring. On January 27, 2026, the airline officially implemented assigned and premium seating options, ending its decades-old open-seating model. This followed the May 2025 introduction of checked baggage fees, which retired the carrier’s long-standing “Bags Fly Free” policy for most passengers.
The AWS cloud transition serves as the technological backbone for these operational shifts. The modernized infrastructure will support a workforce of over 70,000 employees operating across 120 airports in 12 countries.
AirPro News analysis
We view Southwest’s 2028 cloud transition deadline as a necessary timeline to support its new revenue models. The shift away from open seating and free baggage requires significantly more complex passenger service systems, seat assignment algorithms, and dynamic pricing engines than the airline historically operated. By moving off legacy on-premises servers and leveraging AWS’s AI development tools, Southwest is attempting to reduce the technical debt that has previously constrained its ability to rapidly deploy new commercial products and recover from operational disruptions.
Sources: Southwest Airlines Co.
Photo Credit: Bob Jordan – Southwest Airlines
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