
Kraus Aerospace provides AI-powered UAVs for efficient, cost-effective aerial intelligence, surveillance, and reconnaissance services globally.
khaero.comCrawled Nov 4, 2026
Persistent aerial intelligence and resilient communications for wildfire, disaster response, search and rescue, and public safety operations.
The K1000ULE is a fully electric Group 2 UAS with the world’s longest endurance, developed by Kraus Hamdani Aerospace.
Providing AI-driven coordination of manned and unmanned platforms across sea, land and air to automate highly complex operations.
The U.S. Army’s 25th Infantry Division used the K1000ULE UAS to relay over 135 radios in jungle terrain, supporting JPMRC 24-01 and modern network ops.
KHA’s K1000ULE is award-ready on the Army DevX Autonomy Marketplace, giving U.S. government agencies a direct path to pursue long-endurance Group 2 UAS.
Kraus Hamdani Aerospace CEO Fatema Hamdani shares how the K1000ULE supports long-endurance ISR, autonomous swarming, and aerial network coverage.
KHA’s K1000ULE supports testing of laser-based wireless power technology that could recharge drones in flight as CENTCOM evaluates new endurance concepts.
The Kraus Hamdani Aerospace blog provides expert insights on UAV technology, AI-driven autonomy, defense innovation, and sustainable aviation.
KHA’s K1000ULE unmanned aerial system uses AI and solar energy to stay airborne for days, supporting surveillance, disaster response, and climate monitoring.
Kraus Hamdani Aerospace’s K1000ULE sets new 75h 35m world endurance record for Group 2 electric UAVs, flying over Oregon without fuel or ground support.
Fatema Hamdani, CEO of Kraus Hamdani Aerospace, is named to Inc.’s 2025 Female Founders 500 for her leadership in AI-driven aerial systems and defense innovation.
Kraus Hamdani Aerospace builds persistent airborne systems for critical missions and offers careers in aerospace, engineering, operations, and advanced technology.
Kraus Hamdani Aerospace develops autonomous aerospace systems for intelligence, communications, and persistent airborne infrastructure in critical missions.
Kraus Hamdani Aerospace provides autonomous aerospace systems, persistent airborne infrastructure, and mission-critical intelligence and communications solutions.
Kraus Hamdani Aerospace develops autonomous aerospace systems that deliver intelligence, communications, and persistent airborne infrastructure for defense and national security missions.
KHA secures **award-ready status** for its **K1000ULE long-endurance unmanned aircraft** via the **Army DevX Autonomy Marketplace**, accelerating procurement for U.S. government agencies. The designation streamlines adoption of unmanned systems for extended-duration missions. The Army’s marketplace facilitates rapid integration of autonomous technologies into defense operations.
Oct 2026sUAS NewsNews article
Volatus and Kraus Hamdani Aerospace collaborate to develop a persistent intelligence surveillance capability for Canada. The partnership aims to enhance domestic aerospace sovereignty by integrating advanced monitoring technologies. Both companies specialize in aerospace and defense solutions, positioning them to deliver a tailored Canadian-focused system.
Aug 2026BNN BloombergNews article
Kraus Hamdani Aerospace successfully tests a wireless power-beaming system for unmanned aerial systems (UAS) at Shaw Air Force Base. The demonstration extends flight endurance by enabling continuous energy transfer without traditional fuel constraints. This technology supports long-duration missions for defense and surveillance applications.
Apr 2026lelezard.comNews article
US Air Forces Central (AFCENT) has awarded Kraus Hamdani Aerospace a contract worth up to **$270 million** for the procurement of **solar-powered, long-endurance scout drones**. The deal, announced by the California-based company, focuses on advanced aerial surveillance capabilities for extended operational missions. The drones leverage solar energy to sustain prolonged flight durations, addressing key requirements in persistent reconnaissance and monitoring.
Apr 2026Breaking DefenseNews article