Hybrid-Electric & Regional Electric Aircraft

Surf Air Mobility provided a business update on its airline operations, which include Mokulele Airlines in Hawaiʻi and Southern Airways on the U.S. mainland, reporting SurfOS-driven efficiency gains of a 6% reduction in direct operating cost per block hour, a 9% reduction in fuel burn per block hour, a 9% reduction in pilot cost per block hour, and a 15% improvement in labor productivity per block hour year to date in 2026. The company ended the second quarter of 2026 with a controllable completion factor of 98% and on-time arrivals of 88%, and grew Mokulele revenue approximately 7% year over year in that quarter. Surf Air Mobility secured a four-year Essential Air Service contract from the U.S. Department of Transportation to continue service to Lanaʻi, representing $19.4 million in subsidies excluding passenger fare revenue, doubling the term of the prior award and providing contracted revenue through August 2030. The company also completed an electric aircraft demonstration program in Hawaiʻi with BETA Technologies, supported by Hawaiian Airlines, in which BETA's ALIA CTOL aircraft flew 64 demonstration flights across four islands, and it became the first Part 135 passenger operator to join the FAA-sponsored Center for Advanced Aviation Technologies Consortium. For the fourth quarter of 2026 and into 2027, Surf Air Mobility said it will grow profitability as it begins the Expansion Phase of its Transformation Plan, complete digitization of crew scheduling and payroll, dispatch, and maintenance on SurfOS, position Hawaiʻi as the launch market for electric aviation, and refresh the Mokulele and Southern Airways brands.

Surf Air Mobility Inc. announced it has signed a Memorandum of Agreement with the Federal Aviation Administration to serve as a Participating Airspace User in the agency's Strategic Management of Airspace, Routes, and Trajectories program. SMART is one component of the FAA's broader overhaul of air traffic management automation, known as the Brand-New Air Traffic Control System, and is built around two tracks: SMART Schedules, which analyzes airline schedules, weather, airport capacity, and airspace conditions months to days before departure to identify potential conflicts, and SMART Trajectories, which supports day-of coordination between airlines and air traffic control from pre-departure through arrival. Under the agreement, Surf Air Mobility will assign subject matter experts from network planning, flight performance engineering, dispatch, and flight operations to the FAA's SMART Innovation Lab, and will contribute operational data and feedback to help refine SMART's scheduling and trajectory models. The company said its participation draws on its experience operating Southern Airways and Mokulele Airlines and on SurfOS, its software operating system powered by Palantir Technologies, which it is developing for the Part 135 aviation industry. Surf Air Mobility said the participation aligns with its broader strategic initiatives, including becoming a platform for advanced air mobility and its plans to be the first Part 135 operator to commercialize electric passenger flights for scheduled service and On Demand charter.

BETA Technologies has launched all-electric flight operations in North Carolina's eLIFT program under the FAA and U.S. Department of Transportation's eVTOL Integration Pilot Program, or eIPP. Since September 17, the company has flown its ALIA CTOL aircraft on missions including a flyover of the Wright Brothers National Memorial and simulated deliveries of essential healthcare cargo to rural medical access points, covering more than 1,300 nautical miles. Working with the North Carolina Department of Transportation, Metro Aviation, ECU Health and WakeMed, BETA designed the campaign to connect regional medical centers with rural and coastal communities, including routes between Raleigh Executive Jetport and Pitt-Greenville Airport. The operations use BETA's Charge Cube at Raleigh Executive Jetport, installed in 2024, with more than 15 additional charging sites in development across North Carolina. BETA is participating in seven of the eight eIPP programs selected nationwide and has already supported operational missions in Virginia, Maryland, Louisiana and Texas.

Elon Musk has applauded Heart Aerospace's first flight of its X1 battery-electric demonstrator, which flew for 27 minutes on roughly $5 of electricity, and said an important next step is making it autonomous. The piloted X1 flew on August 12 from Plattsburgh International Airport in New York under an FAA Special Airworthiness Certificate, climbing to 1,100 feet and delivering more than one megawatt of electric propulsion power. Heart Aerospace calls the X1 the largest battery-electric aircraft ever flown, and founder and CEO Anders Forslund said the test demonstrated electric flight at the scale of a commercial airliner. The X1 supports development of the ES-30, a 30-seat hybrid-electric regional aircraft targeting 200 kilometers of all-electric range and up to 800 kilometers in hybrid operation, with type certification planned for 2031. Heart says the ES-30 could cut aircraft operating costs by more than 40 percent, and the company has attracted a $107 million investment from Breakthrough Energy Ventures, while Air Canada has ordered 30 ES-30 aircraft and invested $5 million in Heart Aerospace. Musk's call for autonomy goes beyond Heart's current roadmap, as the X1 flight was piloted and the ES-30 is presented as a crewed aircraft, and certification remains a hurdle, with the FAA describing a seven-phase process.

BETA Technologies reported second quarter 2026 revenue of $14.7 million, up 146% year-over-year, driven by the Electrified Powertrain Flight Demonstration program and charger deliveries to the Florida Department of Transportation. Adjusted EBITDA was negative $109.8 million, reflecting $122.4 million in research and development and $43.8 million in general and administrative expenses. Net loss was $148.8 million, including $16.1 million in acquisition-related expenses and $5.7 million in non-cash warrant expenses. Product backlog reached 1,001 aircraft valued at $3.9 billion, nearly hitting the company's year-end target of $4 billion. Full year revenue guidance was raised to $42 million to $50 million, while full year adjusted EBITDA guidance was set at negative $400 million to negative $445 million. Cash and cash equivalents stood at $1.5 billion, and capital expenditures for the quarter were $41.1 million with full year guidance maintained at $150 million to $200 million. The company also announced up to $1 billion in planned EXIM financing to fund capital assets, vertical integration, and production capabilities.

BETA Technologies reported second-quarter 2026 revenue of $14.7 million, up 146% year-over-year and above guidance, driven by EPFD program and charger deliveries. The company's backlog reached 1,001 aircraft valued at $3.9 billion, nearly hitting its $4 billion year-end target by mid-year. Adjusted EBITDA remained deeply negative at negative $110 million, with full-year guidance widened to negative $400 million to negative $445 million, while operating expenses were $166 million. BETA achieved certification milestones including resolving FAA policy issues for the H500A motor and completing the CX-300 requirements definition phase, and launched EIPP operations with United Therapeutics as the first company to do so. The company also expanded its charging network to 138 sites and unveiled the MV-250 military aircraft, targeting a rapid prototyping contract with the Army within the next year.

Surf Air Mobility Chairman Shawn Pelsinger announced the company has secured its first multi-million-dollar contract to deploy its SurfOS software alongside Palantir, marking a key milestone in its transformation plan. The contract with Wheels Up is worth up to $12 million over the contract term and represents the first enterprise customer for the AI-enabled operating system. Pelsinger stated the company has significantly reduced debt, improved profitability in its air mobility business, and now has a stable foundation to pursue growth across three interconnected areas: SurfOS software, a tech-enabled charter platform, and air mobility operations. The company aims to roll out additional SurfOS products, establish a path to profitability in each business, significantly grow charter platform revenue, and fly the first paying passenger on an electric aircraft once certified.

Collins Aerospace, an RTX business, has completed integrated lab testing for the European Union's Clean Aviation SWITCH project at The Grid, its advanced electric power systems lab in Rockford, Illinois. The tested hybrid-electric powertrain subsystems, which successfully operated with simulated aircraft and engine systems, are now headed to Airbus's laboratories for further aircraft-level integration testing, including work on aircraft design, battery interfacing and energy-management systems. SWITCH aims to improve engine efficiency for future short- and medium-range aircraft by integrating hybrid-electric systems on a Pratt & Whitney GTF engine, including two Collins megawatt-class motor generators and controllers. Next, The Grid will support the Airbus-led LEIA project, where Collins is technical lead for energy sources, advancing components and aircraft systems for future hybrid-electric short- and medium-range aircraft. Both SWITCH and LEIA are part of the Clean Aviation Joint Undertaking, a European public-private partnership with a budget of €4.1 billion, and build on ongoing collaboration between Collins and several partners across multiple Clean Aviation projects.

GE Aerospace shares climbed Monday after the company announced a breakthrough in hybrid-electric aviation, demonstrating the first flight of its kind above 30,000 feet in collaboration with NASA, BETA Technologies, and Boeing. The longest hybrid-electric segment during the campaign lasted more than two hours, using GE Aerospace's megawatt-class, multi-kilovolt propulsion system developed through NASA's Electrified Powertrain Flight Demonstration project. The system combined a conventional CT7 engine with electric motor-generators, power converters, batteries, and other flight components, with BETA Technologies serving as systems integrator, Boeing subsidiary Aurora Flight Sciences supplying the nacelle, and BAE Systems providing the batteries. GE Aerospace said the electric powertrain powered the propeller and recharged the battery in flight, improving climb performance and high-altitude capability. The stock traded at $354, about 2.7% below its 20-day simple moving average of $362.87 but above its 50-day SMA of $333.68, with a golden cross in June supporting a bullish longer-term trend. Analysts rate the stock a Buy with an average price target of $388.36, and recent actions include RBC Capital maintaining an Outperform rating with a $400 target and UBS raising its target to $435.

Pratt & Whitney Canada has started ground testing the flight-standard propulsion system and propeller for the RTX Hybrid-Electric Flight Demonstrator in Longueuil, Quebec. Following the ground test, the hybrid-electric system will be installed on a De Havilland Canada Dash 8-100 experimental aircraft, with first flight expected in 2027. The propulsion system combines a Pratt & Whitney Canada thermal engine with a 1-megawatt electric motor and motor controller from Collins Aerospace, plus a battery system from H55 S.A. The project aims to demonstrate up to 30% improved fuel efficiency for a typical 250-nautical-mile regional turboprop mission. The initiative is supported by the governments of Canada and Quebec, with the propulsion system verification phase backed by Strix through Canada's INSAT program.

Boeing and Airbus each secured commitments for 100 narrowbody jets from SMBC Aviation Capital on the first day of the Farnborough International Airshow. SMBC ordered 100 Airbus A320neo-family aircraft, including 65 A321neos and 35 A320neos, and separately committed to 100 Boeing 737 MAX aircraft. Aviation Capital Group agreed to lease seven Boeing 737-10 aircraft to Japan's Skymark Airlines, with deliveries starting in 2028. On the engine side, Jackson Square Aviation selected Pratt & Whitney geared turbofan engines for an undisclosed number of Airbus A320neo-family jets. The day also featured defense and electric aviation highlights, including BETA Technologies unveiling the MV250 hybrid-electric autonomous vertical takeoff and landing aircraft for military logistics, and Vertical Aerospace completing what it described as the first public eVTOL transition flight at the show.

GE Aerospace CEO Larry Culp announced that the company's SAAB A340 testbed completed the first high-altitude hybrid-electric transatlantic flight, calling it a strong proof point for next-generation commercial propulsion. The flight, conducted with Boeing, Beta Technologies, and NASA, was revealed alongside second-quarter results that beat estimates with adjusted earnings per share of $2.02 and a raised full-year EPS guidance of $7.65 to $7.85. Culp highlighted a $210 billion engine and services backlog, with Boeing's 737 program running at 42 per month and its $695 billion commercial backlog fueling demand for GE's LEAP and GEnx engines. LEAP engine deliveries rose 24% in the quarter, and a durability kit already retrofitted on 40% of the fleet is targeting a roughly twofold improvement in time on wing. GE Aerospace shares opened at $348.83 on Monday, up 13.55% year to date.

BAE Systems announced that its advanced battery system powered the first flight test of GE Aerospace's hybrid-electric propulsion demonstrator aircraft during the Farnborough International Airshow. The test aircraft, a modified Saab 340 B, showcased the potential for significant fuel savings and reduced emissions in commercial aviation. BAE Systems was responsible for the design, development and integration of a complete battery energy storage system, including a battery management system using cutting-edge lithium-ion batteries that provide more power without adding extra weight. The flight test marks a significant step toward commercializing hybrid-electric propulsion systems for narrow-body aircraft, and BAE Systems and GE Aerospace will continue to refine and test the system as they work toward achieving aviation certification.

GE Aerospace, in collaboration with NASA, BETA Technologies, and Boeing, has conducted the world's first hybrid electric flight above 30,000 feet, reaching altitudes typical of commercial passenger aircraft. The milestone was achieved using a fully integrated megawatt-class, multi-kilovolt hybrid electric propulsion system developed under NASA's Electrified Powertrain Flight Demonstration project, with the longest single flight in hybrid electric mode lasting more than two hours. The system was tested on a modified Saab 340B aircraft, with BETA Technologies serving as systems integrator and Boeing subsidiary Aurora Flight Sciences supplying the nacelle. The achievement was announced at the Farnborough International Airshow, where public demonstration flights are planned as part of the daily flying display.

BETA Technologies unveiled the MV250, an autonomous hybrid-electric vertical takeoff and landing aircraft, at the Farnborough International Airshow. The MV250 delivers a reposition range of 1,300 nautical miles and carries a 2,000-pound payload within a tactical range of 250 nautical miles, offering greater range, higher speed, and lower procurement and operating costs compared to similarly sized legacy military platforms. The aircraft features a series hybrid electric turbogenerator developed in collaboration with GE Aerospace under a Joint Technology Development Agreement, which extends operational range and provides ground-based power. Its open-architecture flight control system is agnostic to the autonomous mission system and has successfully demonstrated both Sikorsky MATRIX and BETA autonomy systems in flight tests. The MV250 airframe and systems are common to BETA's standard civil products, lowering development, production, and validation costs.

BETA Technologies and the Multistate Collaborative completed the first flights under the US DOT and FAA's eVTOL Integration Pilot Program on July 10. The inaugural missions spanned a corridor between Virginia and Maryland, using electric aircraft to transport manufactured organs developed by United Therapeutics. This marks the first phase of a broader initiative expected to expand across at least 26 states, helping regulators evaluate the integration of electric aircraft into the National Airspace System. The program aims to establish the operational framework for routine commercial use through public-private partnerships and specialized charging infrastructure.