Innovative Aerosystems Secures Critical Honeywell Power Systems Deal

EXTON, PA – April 02, 2026 – In a strategic move that reshapes a key segment of the aerospace supply chain, Innovative Aerosystems has acquired an exclusive perpetual license for a portfolio of Honeywell’s aircraft power generator systems for $8.0 million in cash. The deal solidifies the Exton-based company's role in the sustainment of critical commercial and military aircraft, including the ubiquitous Boeing 767, the U.S. Air Force’s KC-46 aerial refueling tanker, and the venerable F-15 fighter jet.

The acquisition is far more than a simple transfer of parts. It includes the intellectual property, customer contracts, specialized tooling, and all program assets necessary for the continued manufacturing, repair, and support of these vital electrical power systems. This positions Innovative Aerosystems not just as a supplier, but as the long-term steward for the technology that keeps the lights, avionics, and flight controls running on these essential fleets.

A Strategic Power Play for Growth

For Innovative Aerosystems, this transaction is a calculated step in an aggressive growth strategy. The company, which has reportedly tripled its revenues and quadrupled profits over the last three years, is leveraging its expanding capabilities to capture critical, high-value segments of the aerospace market. The Honeywell deal, part of a larger $30 million cash outlay that also included legacy general aviation avionics assets, signals a clear intent to become a more deeply integrated solutions provider.

“This transaction expands our capabilities in aircraft electrical power generation and reinforces our strategy to be a trusted lifecycle partner for both commercial transport and defense operators,” said Shahram Askarpour, Chief Executive Officer of Innovative Aerosystems, in a statement. He emphasized the critical nature of the systems, which are responsible for generating and managing onboard electrical power for everything from communications to flight controls. “Integrating this portfolio into our organization allows us to enhance support responsiveness, preserve technical continuity, and pursue future modernization opportunities across these important platforms.”

The acquisition is a perfect fit for the company's vertically integrated model. With a recently expanded manufacturing plant in Exton and a workforce that has doubled to 200 employees, Innovative Aerosystems is actively "reshoring" production to the United States. By bringing the specialized tooling and technical data for the Honeywell systems in-house, the company aims to improve product support, shorten repair turnaround times, and provide a secure, domestic supply chain for its customers.

Ensuring Continuity for Critical Fleets

The deal’s immediate impact will be felt by the operators and maintainers of the aircraft that rely on these power generation systems. The Boeing 767, a workhorse of global air freight and a long-time passenger favorite, depends on these generators for its operational reliability. For the military, the stakes are even higher. The KC-46 Pegasus is the U.S. Air Force's next-generation tanker, essential for extending the global reach of American airpower, while the F-15 Eagle remains a cornerstone of air superiority fleets worldwide.

A disruption in the supply or support of their power systems could have significant operational consequences. Innovative Aerosystems is moving to preemptively address these concerns, stressing that the acquisition is designed to strengthen long-term sustainment and supply continuity. By taking ownership of the entire product lifecycle—from manufacturing new parts to repairing existing units—the company seeks to provide a seamless transition for global operators, maintainers, and OEM partners. The transfer of technical data and specialized testing equipment is a crucial element, ensuring that the institutional knowledge behind these systems is preserved and built upon.

Honeywell's Calculated Portfolio Rebalance

While the deal marks a major expansion for Innovative Aerosystems, it represents a strategic refinement for Honeywell International Inc. The aerospace giant has been undergoing a comprehensive portfolio review since late 2024, partly influenced by activist investors urging the company to unlock shareholder value. This has culminated in a plan to spin off its entire Aerospace Technologies business in the second half of 2026.

In this context, the divestment of this specific power generator product line is not an abandonment of a failed technology but rather a deliberate move to streamline its vast portfolio. By selling these legacy, albeit critical, systems to a focused specialist like Innovative Aerosystems, Honeywell can sharpen its resources on what it defines as its core "megatrends"—automation, the future of aviation, and energy transition. This move is consistent with other recent divestments and allows the future standalone aerospace company to concentrate on its highest-growth strategic areas as it prepares for its new chapter. The transaction highlights a growing industry trend where large conglomerates divest mature, specialized assets to smaller, more agile companies that can provide dedicated lifecycle support.

The Future of Aircraft Electrification

Beyond ensuring the longevity of current fleets, this acquisition positions Innovative Aerosystems at the forefront of a major industry evolution: the shift toward the "more electric aircraft" (MEA). As aircraft incorporate more advanced avionics, sensors, and flight control systems, the demand for more powerful, reliable, and intelligent electrical power generation is exploding. The global aircraft electrical systems market is projected to grow significantly, with some analysts forecasting it to reach nearly $47 billion by 2034.

By mastering the sustainment of current power systems, Innovative Aerosystems gains an invaluable foothold and the expertise needed to develop next-generation solutions. The company has already stated its ambition to pursue modernization initiatives for these platforms. This could involve technology refreshes that improve efficiency, reduce weight, and enhance reliability. This expertise in power generation directly complements its existing work in advanced flight decks, mission computers, and autonomous flight systems, as these future technologies will be entirely dependent on the robustness of their underlying power architecture. This deal is not just about maintaining the present; it is a strategic investment in powering the future of aviation.