UAVS News & Events

AgEagle Aerial Systems announced a strategic investment in Aerodrome Group. EagleNXT has executed a strategic investment in Aerodrome. "The investment boosts EagleNXT's capabilities in autonomy and precision strike. This move strengthens EagleNXT's position in cutting-edge autonomous defense technologies while fostering international collaboration," the company said. The investment includes a reserved right for EagleNXT to establish a U.S.-based joint venture, subject to mutual agreement and regulatory approvals.

AgEagle Aerial Systems highlighted significant momentum and expanding opportunities in Poland, after completion of a recent sale. Poland has emerged as NATO's top relative defense spender, allocating approximately 4.5% of GDP to defense in 2026, according to recent reports from the BBC and Reuters, far exceeding the alliance's targets. This commitment, driven by heightened regional security needs, supports a multi-year modernization program focused on advanced capabilities, including unmanned aerial systems, sensors, and related technologies to enhance operational readiness and situational awareness. "Poland's leadership in defense spending, their vision for national defense and their access to major EU funding mechanisms create tremendous opportunities for innovative UAS providers like EagleNXT," said Bill Irby, CEO of EagleNXT. "We are well-positioned to support Poland's advanced defense and security environments."

AgEagle Aerial Systems announced the sale of one eBee VISION unmanned aerial system to LJA Engineering, a Texas-based full-service civil engineering and consulting firm.

AgEagle Aerial Systems announced the sale of a MicaSense RedEdge-P Green sensor to Shizuoka University, completing the University's MicaSense RedEdge-P Triple sensor package with 15 narrow, scientifically targeted spectral bands. Professor Atsuhiro Iio, Faculty of Agriculture, Forest Science and Bioresource Sciences at Shizuoka University, first acquired a RedEdge-P Dual in 2024 to map the diverse vegetation mosaic of the Minami Alps Biosphere Reserve in Southern Japan. His 2025 research documented measurable shifts in leaf-flushing phenology and drought-induced physiological stress linked to regional warming. The EagleNXT MicaSense RedEdge-P Triple sensor's 15-band configuration will be used by the University researchers to develop reliable airborne Photochemical Reflectance Index measurements, together with enhanced tracking of carotenoid, anthocyanin and chlorophyll-a dynamics associated with vegetative senescence and short-term stress.