Kratos and GE Aerospace Celebrate Achievement in Engine Testing
In a significant stride for technology and defense, Kratos Defense & Security Solutions, Inc. (NASDAQ: KTOS) and GE Aerospace recently announced the successful completion of altitude testing for their innovative GEK800 engine. This engine is pivotal for the next-generation unmanned aerial systems and collaborative combat aircraft, marking a groundbreaking moment in both companies' endeavors.
The Journey of the GEK800 Development
The GEK800 engine, which weighs around 800 pounds, has been under development for nearly a decade. Kratos, in collaboration with GE Aerospace, has been fine-tuning the engine to ensure it meets the rigorous demands of modern defense systems. Testing began in late September, adhering to a comprehensive timeline that included thorough altitude trials and performance evaluations, culminating recently in successful completion.
Milestone Achievements
Stacey Rock, President of Kratos Turbine Technologies, celebrated the accomplishment, stating, "Completing altitude testing is a major milestone in the GEK800 program, showcasing the strength of our partnership with GE Aerospace. This collaboration has been vital for the engine’s advancement, performance validation, and expediting its path towards production, ensuring we can provide affordable yet powerful propulsion systems to our defense clients."
This successful round of testing represents a partnership not just among Kratos and GE Aerospace, but also includes contributions from Purdue University’s Zucrow Laboratories. The testing endeavors at Zucrow Labs have confirmed the robustness of this advanced engine design and have created a clear path for production, critical for national defense preparedness.
Technical Excellence and Performance Validation
Mark Rettig, Vice President & General Manager of Edison Works Business & Technology Development at GE Aerospace, added, "Our joint team successfully expanded the altitude testing envelope and identified the rotor speed limits of the engine. These tests further reinforced the durability that this engine offers, showcasing its impressive performance and reliability." Such a comprehensive evaluation not only verifies the engine’s capabilities but also pushes the boundaries of what is achievable in aircraft propulsion.
The Collaboration and What Lies Ahead
The collaboration between Kratos and GE Aerospace was formalized through an agreement signed in June to advance propulsion technologies for the next generation of drones and military aircraft. This agreement stands on the foundational work established through their previous Memorandum of Understanding (MOU), which set the course for improving the development and production of cost-effective engines for unmanned platforms.
Kratos' extensive experience in producing affordable engines for unmanned systems and missiles, combined with GE Aerospace's century-long expertise in propulsion technology, sets the stage for remarkable advancements in military aerospace. Their collective aim is to bridge the gap between prototyping and deployment efficiently.
Innovation as a Core Value
Kratos is recognized for being a disruptive force in the aerospace industry, focusing on the swift development of solutions that meet mission-critical needs. Their approach emphasizes reducing production costs and schedules, enabling them to quickly introduce cost-effective solutions to the market.
About Kratos Defense & Security Solutions
Kratos Defense & Security Solutions, Inc. (NASDAQ: KTOS) operates across defense, national security, and commercial sectors. The company is committed to rapid development and fielding of innovative products and systems, utilizing proven technology to serve the needs of their clients. Their diverse portfolio includes systems for unmanned aerial vehicles, hypersonic technologies, propulsion systems, and virtualized ground support systems.
Frequently Asked Questions
What significant milestone was recently achieved by Kratos and GE Aerospace?
They successfully completed altitude testing for the GEK800 engine, a significant step in its development for unmanned aerial systems and combat aircraft.
Why is the GEK800 engine important?
The GEK800 engine is designed to power next-generation unmanned aerial systems and collaborative combat aircraft, providing advanced capabilities for national defense.
How long has the GEK800 engine been in development?
The GEK800 engine has been developed over the course of nearly a decade, showcasing extensive research and testing.
What role does Purdue University play in this collaboration?
Purdue University’s Zucrow Laboratories has been involved in testing the engine, contributing valuable expertise in validating the performance of the GEK800.
What is Kratos known for in the aerospace sector?
Kratos is renowned for its innovations in developing cost-effective engines for unmanned systems and its commitment to rapid production timelines while maintaining high performance.
