Collaboration between Kratos and GE Aerospace Elevates Testing

Kratos and GE Aerospace Collaborate on Engine Testing

GEK800 Small Engine Innovates Unmanned Aerial Systems

Collaborative Efforts Ensure Efficient Testing Timelines

In an exciting development, Kratos Defense & Security Solutions, Inc. (NASDAQ: KTOS) and GE Aerospace have embarked on an innovative journey to enhance unmanned aerial systems (UAS) capabilities through rigorous altitude testing of the GEK800 small jet engine. This collaboration, set in motion at an advanced test facility at Purdue University’s Maurice J. Zucrow Laboratories, promises significant advancements in engine performance for cutting-edge flight technology.

“This altitude testing phase marks an essential step in our dedication to providing high-performing, budget-friendly jet engines for our defense sector,” stated Stacey Rock, President of Kratos Turbine Technologies. The team behind this initiative is specially equipped to transition advanced designs into mass production, meeting the growing need for propulsion systems across various aviation platforms, including cruise missiles and collaborative combat aircraft (CCAs). The GEK800 is engineered for efficiency, aimed at large-scale manufacturing at a cost-effective price point.

According to Mark Rettig, Vice President at GE Aerospace, the GEK800 has greatly exceeded expectations during ground tests, and the upcoming altitude tests will gather critical data on how the engine performs across a spectrum of altitudes, simulating real-world flight conditions. This information is vital in proving the engine's reliability and readiness for deployment in diverse applications.

Commenting on the teamwork at Zucrow Laboratories, Scott Meyer, Managing Director, expressed enthusiasm about the collaborative atmosphere. The joint efforts between GE, Kratos, students, and staff have resulted in a productive environment, underscoring a shared commitment toward developing crucial defense capabilities.

The GEK800 engine, an 800-pound powerhouse, is aimed at performing within a vital operational range from 5,000 to 35,000 feet, marking a key update in defense technology. With over 50 successful engine starts in previous tests, this altitude testing will further validate the capabilities of this new engine, especially as it takes advantage of the newly expanded ZL9 test facility.

“Collaboration among AFRL, GE Aerospace, Kratos Defense, and Purdue Zucrow Labs on such a tight timeline is remarkable,” noted Chris Rawlings, Vice President at Kratos Turbine Technologies. “While demonstrating engine technology is significant, developing rapid and affordable altitude testing capabilities is crucial in ensuring our nation's defense preparedness.”

This partnership deepens ties established back in 2023, reaffirming their commitment to advance propulsion technologies for economical UAS and CCA systems. The new formal agreement broadens existing frameworks and strengthens mutual goals by enabling both companies to collaboratively develop and produce the GEK800 engine.

With over 25 years of experience in creating economical engines for drones and missile systems, Kratos joins with GE Aerospace’s extensive legacy in propulsion technology that spans a century. This blend of expertise aims to smoothly transition innovative designs from conception to operational deployment.

About Kratos Defense & Security Solutions
Kratos Defense & Security Solutions, Inc. (NASDAQ: KTOS) is at the forefront of technology and systems for defense and national security. With an emphasis on cost-effective solutions, Kratos thrives on internally funded research and agile development processes that cater to mission-critical needs. The company aims to innovate while reducing costs, thus bringing superior products to market swiftly, making them an influential player in both the defense sector and commercial markets. Kratos focuses on collaborations that present high probabilities of success and aligns investments with strategic interests. Their core business includes advancements in virtualized ground systems for aerospace, drone technologies, hypersonic vehicles, and various propulsion systems indispensable for modern defense applications.

About GE Aerospace
GE Aerospace stands as a leader in global aerospace propulsion with a vast array of commercial and military aircraft engines. With a commitment to innovation and excellence, GE Aerospace has remained dedicated to ensuring the safety and efficiency of air travel. The team works diligently to invent the future of flight by leveraging past learnings and integrating new technology into their systems.

Frequently Asked Questions

1. What is the purpose of the GEK800 engine?

The GEK800 engine is designed to power unmanned aerial systems and collaborative combat aircraft, providing high-performance propulsion for various military applications.

2. Who is involved in the testing of the GEK800 engine?

The testing involves a collaboration between Kratos Defense, GE Aerospace, the Air Force Research Laboratory (AFRL), and Purdue Zucrow Labs.

3. Where is the GEK800 engine testing taking place?

The altitude testing is being conducted at the Maurice J. Zucrow Laboratories at Purdue University.

4. What are the expected benefits of this collaboration?

This collaboration aims to accelerate the development of affordable and high-performance jet engines, ultimately enhancing national defense capabilities.

5. How has Kratos established credibility in the defense sector?

Kratos has over 25 years of experience in developing cost-effective engines and has a reputation for innovation and rapid production capabilities in defense technologies.

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