Business Description

Overview The Company was incorporated in Nevada on February 19, 2021, as “MyTreat, Inc.” On May 12, 2021, the Company changed its name to BrooQLy Inc. pursuant to an amendment to the Company’s Articles of Incorporation. In 2025, we adopted the trade name Dynamic Aerospace Systems to reflect our new strategic focus on autonomous aerospace technologies and to align with our expanded emphasis on UAV innovation and logistics. This rebranding coincided with significant corporate developments, including the acquisition of assets of Vayu (US) Inc., Impossible Aerospace Corporation, and Global Autonomous Corporation from Alpine 4 Holdings, Inc. on April 1, 2025. These acquisitions strengthened our technological capabilities and market position in the UAV sector. Additionally, the appointment of Jorge L. Torres, a FedEx logistics expert, to our Board of Directors enhanced our strategic expertise in logistics and supply chain optimization. Since February 25, 2025, the Company has been doing business as Dynamic Aerospace Systems. In January 2026, the Company filed an amendment to its Articles of Incorporation to change the name of the Company to Dynamic Aerospace Systems Corporation. In this Form 10-K, the Company will be referred to as “Dynamic Aerospace Systems,” “DAS,” “we,” “us,” “our,” or the “Company.” Dynamic Aerospace Systems is a leader in unmanned aerial vehicle (“UAV”) manufacturing and autonomous logistics, focusing on advanced vertical takeoff and landing (“VTOL”) drones and UAV technologies, such as the Company’s G1 VTOL and US-1 electric rotor copter. We serve government, defense, and commercial sectors, delivering solutions for logistics, surveillance, reconnaissance, and mission-critical operations across the United States, Gulf Coast nations, and NATO countries. Our mission is to optimize efficiency, reduce risk, and accelerate delivery through autonomous aerial solutions that enhance operational effectiveness and situational awareness. Our Products and Solutions DAS is based in Ann Arbor, Michigan, and is an original equipment manufacturer (“OEM”) of unmanned aerial vehicles (“UAVs”). DAS seeks to help pioneer the future of unmanned flight, logistics, and public safety through advanced UAV platforms, intelligent delivery networks, and globally compliant flight systems. Built on a foundation of proprietary technology and mission-specific engineering, DAS delivers versatile, long-endurance UAVs tailored for real-world applications in both commercial and governmental sectors. Core UAV Platforms - US-1 Electric Multicopter (“US-1”): Originating from Impossible Aerospace and with design cues from Tesla, the US-1 is now part of DAS’s fleet of UAVs. The US-1 is a multicopter and is capable of 70+ minutes of flight time with a 3 kilogram payload. The US-1’s patented battery-integrated airframe offers superior energy density, enabling extended missions with exceptional structural stability and flight control. Management believes that the US-1 will be ideal for applications including aerial surveillance, search and rescue, and urban logistics, and it offers law enforcement a cost-effective alternative to traditional helicopters - G1-VTOL Long-Range Hybrid (“G1”): The G1-VTOL, developed by Vayu Aerospace and now upgraded by DAS as the G1, delivers up to 11 hours of endurance and true hybrid vertical takeoff and landing (“VTOL”) capabilities. Originally deployed for remote medical deliveries in Africa, the G1 has been flight-tested under Emergency Services and Specialized Aviation (“ESSA”) regulations in Dubai, completing phase 1 & 2 Validation Test Campaign (VTC) testing as part of DAS's operational integration with UAE authorities. The G1’s long-range autonomy and modular payload bay make it ideal for logistics; intelligence, surveillance, and reconnaissance (“ISR”), and humanitarian missions. - Mitigator-Class Tactical Drone (the “Mitigator”): Compact, crash-resistant, and field-ready, the Mitigator is engineered for law enforcement and tactical operations. It thrives in rugged environments, supports close-quarter maneuvering, and provides durable ISR capabilities under pressure. Its design allows rapid redeployment and real-time situational awareness in urban or high-risk zones. 4 Table of Contents Sensor-Agnostic Architecture A key differentiator of DAS’s UAV platforms is their sensor-agnostic architecture.…