Side-view of the K1000ULE ultra-long-endurance drone in flight. Image: Kraus Hamdani Aerospace
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US Air Forces Central (AFCENT) is scaling up its unmanned reach in the air after awarding a $270 million contract to Kraus Hamdani Aerospace for the K1000ULE long-endurance aerial system.

The K1000ULE is an intelligence, surveillance, and reconnaissance drone capable of carrying multiple payloads and deploying from a compact boxed configuration to flight in just 10 minutes.

Solar-powered, it is described as the “longest-endurance” unmanned aerial system in its size and weight class globally.

Illustration of the K1000ULE long-endurance drone. Image: Kraus Hamdani Aerospace

The platform is designed to operate as a networked battlefield node, enabling real-time coordination and supporting faster, more resilient decision-making across distributed forces. 

It is also built to operate in austere, contested, and GPS-denied environments, maintaining situational awareness where conventional systems may face limitations.

“Operators need systems that adapt in real time, maintain connectivity in contested environments, and support decisions at speed. The K1000ULE is built to meet that need,” said Stefan Kraus, co-founder and chief technology officer of Kraus Hamdani Aerospace.

“When beyond-line-of-sight operations are critical, the K1000ULE’s secure SATCOM capability enables both intelligence, surveillance, and reconnaissance and resilient connectivity for US forces and partner nations across the Middle East.”

Growing Operational Demand

The recent contract is expected to accelerate fielding of the system across operational environments, particularly in regions where long-endurance unmanned capabilities are in growing demand.

According to the company, the Middle East has become a setting where unmanned systems are no longer supporting capabilities, but primary ones.

A bottom-view of the K1000ULE ultra-long-endurance drone in flight against a clear blue sky. Image: Kraus Hamdani Aerospace

“This has created a new operational reality where persistent awareness, resilient communications, and real-time responsiveness are mission-critical,” Kraus Hamdani Aerospace stated.

“The ability to detect earlier, stay connected, and act faster is no longer an advantage, it is a requirement.”

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