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, Inc., and Boeing Co. The longest hybrid-electric segment during the campaign lasted more than two hours, marking a significant milestone in the industry's pursuit of more electric aircraft engine systems. This achievement underscores the viability of hybrid electric systems for commercial aviation altitudes and positions the company for future efficiency gains.

The record-breaking tests were enabled by GE Aerospace’s megawatt-class, multi-kilovolt hybrid electric propulsion system developed through the NASA Electrified Powertrain Flight Demonstration (EPFD) project. The system combined a conventional CT7 engine with electric motor-generators, power converters, batteries, and other flight components. The right side of the Saab 340B aircraft was modified with a hybrid electric system housed in an inverted nacelle to provide extra ventilation. GE Aerospace said the electric powertrain powered the propeller and recharged the battery in flight, improving climb performance and high-altitude capability while addressing challenges including heat management, lower atmospheric pressure, and power density.

Key Partners and Contributions

The project involved significant contributions from multiple partners to integrate the high-voltage system. BAE Systems Plc provided the batteries, while Boeing subsidiary Aurora Flight Sciences supplied the complete nacelle. BETA Technologies served as the systems integrator, with its pilots ferrying the aircraft to the UK for the airshow in hybrid electric mode. GE Aerospace and BETA pilots supported the flight tests in the U.S., where the historic altitude milestone was achieved.

Broader Technology Strategy

GE Aerospace received the NASA contract in 2021 and has since completed several hybrid-electric development milestones. The company is also advancing related technologies through the CFM International RISE program, which targets more than 20% lower fuel burn than commercial engines currently in service. H. Lawrence Culp, Jr., Chairman and CEO of GE Aerospace, highlighted the collaborative effort to accelerate hybrid electric technology for greater efficiency and range.

Market Reaction and Technical Outlook

GE Aerospace shares were up 1.76% at $355.00 at the time of publication on Monday. The stock traded at $354, about 2.7% below its 20-day simple moving average of $362.87, indicating near-term pressure. However, the stock remains above its 50-day SMA of $333.68. The 50-day average also stands above the 200-day SMA following a golden cross in June, supporting a bullish longer-term trend. The Relative Strength Index stands at 48.15, signaling neutral conditions rather than an overbought or oversold setup. Resistance stands near $383, while support is around $311.

GE Aerospace's GEnx-1B engine has surpassed the 50 million flight hour mark in just over 14 years, marking the fastest accumulation rate for any GE Aerospace commercial widebody engine model. The engine powers the Boeing 787 Dreamliner family and is currently in service with more than 50 operators globally. It averages over 600,000 flight hours monthly and maintains a 99.98% dispatch reliability rate, staying on-wing at a rate three times higher than competing engines.

Mohamed Ali, President & CEO of GE Aerospace Commercial Engines & Services, stated that reaching 50 million flight hours in less than 15 years reflects the trust customers place in GE Aerospace. He emphasized the engine's reliability, durability, predictability, and efficiency across demanding routes. The broader GEnx engine family, including the GEnx-2B which entered service in 2011 on the Boeing 747-8, has more than 2,700 engines in service, including spares. In total, the family has accumulated nearly 75 million flight hours and nearly 12 million cycles.

Operational Performance and Upgrades

The GEnx engine powers long-haul flights through some of Earth's harshest environments. Over the last decade, GE Aerospace has upgraded the engine's high-pressure turbine blades and combustor coating technology. These upgrades have more than doubled the time on wing in harsh environments.

Investment and Service Innovations

GE Aerospace is investing $1 billion this year across its U.S. manufacturing sites and supply chain. Over $100 million is dedicated to enhancing supplier capabilities for programs like the GEnx engine. These investments focus on increasing engine production capacity, modernizing facilities, and strengthening the supply chain to meet high demand.

The company has implemented several on-wing technologies for the GEnx, including 360 Foam Wash to improve compressor efficiency and reduce fuel consumption, the Blade Inspection Tool (BIT) for AI-assisted blade inspections, and FlightPulse, an application for pilots to optimize fuel use and operations.

Revenue-sharing participants for the GEnx program include IHI Corporation of Japan, GKN Aerospace Engine Systems of the UK, MTU of Germany, TechSpace Aero (Safran) of Belgium, Safran Aircraft Engines of France, and Samsung Techwin of Korea.