AAM Propulsion, Avionics & Supply Chain

Yingboler released its 2026 half-year report, with first-half net profit attributable to the parent company at 118 million yuan, up 216.8% year-on-year. Operating revenue was 2.42 billion yuan, up 77.1% year-on-year; non-GAAP net profit attributable to the parent was 115 million yuan, up 241.8% year-on-year; net operating cash flow was 317 million yuan, down 37.3% year-on-year; earnings per share were 0.3843 yuan. In the second quarter, operating revenue was 1.34 billion yuan, up 62.4% year-on-year; net profit attributable to the parent was 60.87 million yuan, up 130.2% year-on-year. As of the end of the second quarter, total assets were 7.558 billion yuan, up 0.9% from the end of the previous year; net assets attributable to the parent were 3.124 billion yuan, up 2.8% from the end of the previous year. The company's business is mainly concentrated in the new energy vehicle and low-altitude economy sectors. In the new energy vehicle sector, it has become a leading domestic Tier 1 supplier and is actively expanding into new energy commercial vehicles and electric motorcycles. In the low-altitude economy, its eVTOL electric propulsion systems and drone electric propulsion systems have secured project designations from multiple leading companies.

Langjin Technology achieved operating revenue of 321 million yuan in the first half of 2026, supported by its dual-engine strategy of rail transit and new energy. Its international footprint continued to deepen, while new growth areas such as the low-altitude economy and energy storage thermal management accelerated. In the rail transit segment, the company won new contracts for the Grenoble tram project in France and additional orders in Rome, and now has 1,100 units operating across eight overseas cities. It also secured maintenance service orders in five key Chinese cities: Fuzhou, Suzhou, Xi'an, Nanning, and Beijing. In new energy thermal management, the company passed BYD's standard configuration supplier audit for buses and expanded its standard-fit share with manufacturers including CRRC Electric Vehicle, FAW Bus, and Geely Commercial Vehicles. In the low-altitude economy sector, it partnered with leading manufacturers to complete heat pump air conditioning system development for the Volant VE25-100 and COMAC CE25A electric aircraft, and obtained AS9100D aerospace system certification. Cumulative shipments in energy storage thermal management exceeded 80 gigawatt-hours, with innovative products such as an all-in-one integrated liquid cooling unit launched. In addition, the company developed a full range of intelligent variable-frequency heat pump drying products and is advancing intelligent operation and maintenance projects across multiple metro lines.

L2 Aviation and Gotonomi announced a strategic partnership to advance integrated satellite connectivity solutions for uncrewed aerial vehicle and Advanced Air Mobility operators throughout North America. The collaboration combines L2 Aviation's avionics integration and certification expertise with Gotonomi's compact satellite communications technology, enabling reliable command and control, telemetry, and mission data connectivity in areas where cellular, Wi-Fi, and other terrestrial networks are limited or unavailable. The planned solutions will use Gotonomi's lightweight UAV communications technology and access to Viasat's Velaris ecosystem, a satellite service developed for UAV and AAM operations. L2 Aviation joined the Viasat Velaris ecosystem through Galaxy 1 Communications in May 2026, bringing nearly three decades of avionics integration and certification experience to the uncrewed aviation market. The partnership aims to provide a complete aircraft-level solution from system architecture and installation through regulatory approval and operational deployment, with particular opportunities in the energy and government sectors for Beyond Visual Line of Sight operations.

Honeywell Aerospace has validated a satellite communications antenna designed to maintain command-and-control links with unmanned aircraft flying beyond an operator’s visual line of sight. The antenna was developed at the company’s research and development center in Brno, Czechia, through the European Space Agency’s Iris Global program, and Honeywell tested the technology with Viasat’s satellite network during flights at Budkovice Airport. The system switches between satellite and terrestrial networks to help operators maintain contact with an aircraft, and during the tests operators changed flight paths after detecting potential conflicts, including another drone crossing a planned route. The demonstrations also tested operations within Europe’s U-space framework for managing unmanned aircraft alongside crewed aviation, with Frequentis supplying traffic-management software and a Honeywell ground station using telemetry from a drone and a crewed aircraft to identify conflicts and recommend route changes. Honeywell said it is preparing the antenna for commercial production and evaluating Czech suppliers for its manufacturing network, with the project co-funded by the European Space Agency and supported by two Czech government ministries.

Innovative Aerosystems reported third-quarter fiscal 2026 net income of $4.5 million, or $0.25 per diluted share, up from $2.4 million, or $0.14 per share, a year earlier. Net sales rose 10.7% to $26.7 million, driven by organic growth in commercial and business aviation markets, while gross margin expanded to 51.7% from 35.6%. Adjusted EBITDA increased approximately 75% to $7.7 million, and the company guided fourth-quarter revenue to between $28 million and $30 million. The company also announced a $50 million eVTOL contract with a leading Japanese developer, the acquisition of Aydin Displays, and a planned ticker change from ISSC to IA on August 18, 2026.

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.

Archer Aviation announced a strategic partnership with Boeing on August 10th, acquiring Wisk Aero, Insitu, and SkyGrid in exchange for a 19.75% equity stake in Archer. The deal immediately adds $200 million in annual revenue from Insitu and expands Archer's defense and air traffic management capabilities. Archer is also advancing a dual-use hybrid autonomous VTOL with Anduril and building an AI and connectivity stack with Palantir, NVIDIA, and SpaceX's Starlink. The company is the first to pass phase 3 of the FAA's four-phase certification process and plans early commercial operations later this year, with United Airlines ordering up to $1 billion in aircraft and Archer selected as the official air taxi provider for the 2028 Los Angeles Olympics.

Archer Aviation unveiled Halo, a new autonomous hybrid-electric aircraft designed for commercial cargo and logistics missions, expanding its product line beyond the passenger-focused Midnight eVTOL. Halo shares the same hybrid-electric powertrain and tilt-rotor design as Thunder, the defense aircraft unveiled by partner Anduril on July 20, but is tailored for unmanned operations such as delivering medical supplies or hauling equipment to remote sites. Archer named Marubeni Aerospace as Halo’s strategic launch partner, though no firm orders have been disclosed, and a first-flight date was not provided, while Thunder is planned for flight testing in 2027. The announcement comes as Archer continues to pursue FAA type certification for its flagship Midnight aircraft, having completed the third of four phases but not yet publicly demonstrating a piloted transition from vertical to forward flight. The new aircraft could open a meaningful revenue stream for the company, which currently lacks significant income, but the autonomous commercial certification process is expected to be extensive.

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.

Concordia University's Volt-Age research program and Volatus Aerospace have signed a memorandum of understanding to collaborate on energy technologies for unmanned aircraft systems. The strategic framework aims to accelerate development, validation, and commercialization of Canadian drone technologies for civil, commercial, and strategic platforms by combining academic research, operational testing, and industry expertise. The partners will explore applied research, technology demonstrations, talent development, and co-funded initiatives, with specific projects to be defined in separate agreements. The collaboration seeks to strengthen Canada's technological sovereignty in a sector critical for essential infrastructure, public safety, environmental monitoring, Arctic operations, and dual-use applications, while building a more resilient domestic supply chain for strategic drone components.

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.

BETA Technologies has joined Archer Aviation and Macquarie Capital to form America's Consortium for Electric Skyways, a plan to deploy standardized electric aviation charging at up to 250 U.S. air taxi sites. The announcement comes as BETA Technologies shares posted a one-day return of 10.59% and a 30-day return of 21.99%, though the year-to-date return remains down 28.14%. The most followed narrative pegs fair value at $31.50, implying the stock, which closed at $19.64, is 38% undervalued. That valuation assumes aggressive revenue scaling, margin repair, and a rich future earnings multiple discounted at just over 8%, while risks include dependence on evolving FAA rules and the need for continued funding.

Archer Aviation and Anduril unveiled a jointly developed autonomous attack rotorcraft called Thunder at the Farnborough Airshow. The aircraft is a clean-sheet design featuring a series hybrid-electric powertrain and dual tiltrotors that enable vertical takeoff and efficient wingborne cruise, reducing fuel burn and acoustic signature. Archer said it will name its first commercial partners for the platform later this week, and Thunder's first flight is planned for 2027. Archer shares rose 21.96% intraday following the announcement.

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.

Archer Aviation and Beta Technologies are partnering with Macquarie Capital to deploy standardized eVTOL charging hardware at up to 250 air taxi sites across the U.S. over the next decade. The initiative, called America’s Consortium for Electric Skyways, will use the Combined Charging Standard endorsed by the General Aviation Manufacturers Association, a plug incompatible with rival Joby Aviation’s aircraft. Joby developed its own Global Electric Aviation Charging System to support its distributed battery packs and coolant exchange, features not needed by Archer and Beta. The deployments are planned for airports and vertiports in California, Texas, Florida, and New York, potentially giving Archer and Beta an early infrastructure advantage. However, long-term success for all three companies will depend more on FAA approval and business model profitability than on charging standards.

The global aircraft electric motors market is projected to grow from USD 9.93 billion in 2026 to USD 24.66 billion by 2035, a compound annual growth rate of 8.61 percent, according to a new report from ResearchAndMarkets.com. The expansion is driven by rising investment in electric and hybrid-electric aircraft, stricter aviation emissions requirements, advances in high-power-density motors, and increasing demand for more efficient propulsion and onboard systems. North America holds the largest market share in 2026, supported by an established aerospace industry, significant investment in electrified aviation, and supportive public-sector programs. The report segments the market by motor type, aircraft type, output power, application, and geography, and profiles key players including Allied Motion Technologies, Ametek, Collins Aerospace, H3X Technologies, Honeywell International, Magni X, Maxon, Moog, Pipistrel, Raytheon Technologies, Rolls-Royce, Safran, Siemens, Windings, and Woodward. Despite favorable growth prospects, the industry faces constraints such as limited battery energy density, the need to balance power output with weight and thermal performance, and limited airport charging infrastructure.

Joby Aviation shares rose more than 10% in Monday trading as investors focused on the company's expanding commercial and manufacturing efforts. The air taxi developer has continued building partnerships aimed at bringing its electric aircraft into commercial use, while advancing production plans through manufacturing efforts tied to Toyota Motor. Market participants are also monitoring certification developments, which remain a key step before broader passenger services can begin. Recent industry developments suggest growing support for advanced air mobility projects and electric aviation infrastructure.

Vertical Aerospace has signed a long-term agreement with Astronics for low-voltage power distribution systems for its Valo eVTOL aircraft, de-risking its supply chain as it moves toward production. The UK-based company already has supply deals with Honeywell for flight control and management systems and Hyundai WIA for landing gear. Vertical Aerospace holds 1,500 preorders for the Valo but is not expected to generate earnings until 2032, according to S&P Global Market Intelligence consensus. The company has access to up to $850 million in financing through a package with Yorkville Advisors Global, though future equity issuance is projected to dilute the share count from 157 million in 2026 to 373 million by 2032.

Joby Aviation and Toyota Motor Corporation have formed a joint venture to support commercial production of Joby's electric air taxi aircraft. The venture, named Joby Toyota Aero Manufacturing Preparation Company, will manufacture Joby's S4 Series eVTOL aircraft, with Toyota holding a 51% stake after buying 1.02 million shares for $1.02 million and Joby holding 49% after buying 980,000 shares for $980,000. The alliance combines Joby's electric aviation work with Toyota's production systems and aims to build commercial production capability, improve manufacturing productivity, quality, and cost efficiency, and support Joby's production expansion as it works toward aircraft certification. The joint venture will have a five-member board with Toyota designating three directors and Joby two, and the companies plan to negotiate agreements covering exclusive manufacturing supply, commercial terms, and intellectual property rights. Joby is developing an all-electric vertical take-off and landing air taxi and plans to operate services in cities worldwide.

Astronics Corporation has been selected to provide the low-voltage power distribution system for Vertical Aerospace’s Valo eVTOL aircraft under a long-term agreement. The company will supply hardware for power conversion and distribution, transforming high-voltage power from the propulsion architecture into low-voltage power for avionics, flight controls, and other vital systems. Astronics hardware is already being used in the piloted flight test aircraft, having played an important role during the prototype stage. The stock holds a Strong Buy rating with an average upside potential of 19% as of June 29, and 42 hedge funds held a stake in the company as of the first quarter of 2026.

A bullish thesis on BETA Technologies, Inc. argues the electric aviation company is well-positioned for long-term value creation despite being pre-revenue. The company has assembled a commercial backlog of approximately $3.9 billion, over 460 patents, a production-ready manufacturing facility, and a charging network spanning 123 locations. Management targets FAA type certification for the CX300 eCTOL aircraft by late 2026, which would unlock deliveries and activate recurring aftermarket revenue from battery replacements, propulsion systems, and charging services. Strategic partnerships with GE Aerospace, UPS, Amazon, and others strengthen commercial credibility, while a strong balance sheet supports continued investment through certification.