$BRQL Dynamic Aerospace Systems (OTCQB: BRQL) Announces 3 New Provisional Patents to Add to Its Growing Patent IP Portfolio
https://www.accessnewswire.com/newsroom/en/co...al-1138464
ANN ARBOR, MI / ACCESS Newswire / February 18, 2026 / Dynamic Aerospace Systems (DAS) (OTCQB:BRQL), a leading innovator in unmanned drones and aerospace technologies, today announced the filing of three new provisional patents that advance both the company's structural battery technology platform and its tactical unmanned systems portfolio. These three new patent filings add to seven prior filings completed in 2025 and one foundational filing from 2021, bringing the company's active patent IP portfolio to a total of eleven filings.
Two of the newly filed patents expand DAS's structural battery architecture originally disclosed in U.S. Patent Application US20210197978 (Published July 1, 2021), while a third patent introduces a new tactical drone capability designed to enhance law-enforcement deterrence and operational safety.
Expansion of Structural Battery Technology Portfolio
The first patent introduces a detachable structural battery propulsion arm architecture in which UAV propulsion arms function simultaneously as load-bearing structural members and distributed energy storage modules. Each propulsion arm contains embedded battery cells and integrated battery-management electronics and attaches to the fuselage through a combined structural-electrical interface that automatically establishes power and data connections upon installation, enabling rapid field replacement and mission-specific endurance scaling.
The second patent expands the structural battery platform through an arm-integrated ejectable battery cartridge system that allows elongated battery modules to be inserted laterally into propulsion arms using guided rail interfaces and secured by automatic retention latches. A controlled release actuator enables rapid spring-assisted battery removal and replacement in field environments, improving serviceability, thermal distribution, and aircraft balance.
Together, these two patents represent direct evolutionary advancements to the structural battery technologies disclosed in our Published Patent US20210197978, extending the platform into modular detachable and rapid-swap distributed power architectures.
Tactical Drone Technology for Law-Enforcement Deterrence
The third patent introduces a tactical entry unmanned aerial system designed to maximize operational deterrence and officer safety through airborne deployment of less-than-lethal smoke and irritant effects. The system integrates electronically activated cartridges positioned within the propeller downwash zone, enabling the aircraft's own rotor thrust to entrain and direct dispersion downward in a controlled and targetable plume while the aircraft remains airborne.
This capability enables precise standoff deployment of obscurants or irritants during tactical operations, improving situational control while reducing the need for officers to enter high-risk environments.
Strategic Impact
These patent filings strengthen both the company's distributed energy architecture roadmap and its tactical unmanned systems portfolio. By extending the foundational structural battery patent into detachable propulsion-arm batteries and rapid-swap cartridge battery systems, while also introducing technologies designed to enhance law-enforcement deterrence and operational safety, Dynamic Aerospace Systems continues to advance next-generation mission-adaptable unmanned aircraft platforms.
The newly filed technologies are expected to support future DAS platforms across logistics, defense, public-safety, and government mission applications.
https://www.accessnewswire.com/newsroom/en/co...al-1138464
ANN ARBOR, MI / ACCESS Newswire / February 18, 2026 / Dynamic Aerospace Systems (DAS) (OTCQB:BRQL), a leading innovator in unmanned drones and aerospace technologies, today announced the filing of three new provisional patents that advance both the company's structural battery technology platform and its tactical unmanned systems portfolio. These three new patent filings add to seven prior filings completed in 2025 and one foundational filing from 2021, bringing the company's active patent IP portfolio to a total of eleven filings.
Two of the newly filed patents expand DAS's structural battery architecture originally disclosed in U.S. Patent Application US20210197978 (Published July 1, 2021), while a third patent introduces a new tactical drone capability designed to enhance law-enforcement deterrence and operational safety.
Expansion of Structural Battery Technology Portfolio
The first patent introduces a detachable structural battery propulsion arm architecture in which UAV propulsion arms function simultaneously as load-bearing structural members and distributed energy storage modules. Each propulsion arm contains embedded battery cells and integrated battery-management electronics and attaches to the fuselage through a combined structural-electrical interface that automatically establishes power and data connections upon installation, enabling rapid field replacement and mission-specific endurance scaling.
The second patent expands the structural battery platform through an arm-integrated ejectable battery cartridge system that allows elongated battery modules to be inserted laterally into propulsion arms using guided rail interfaces and secured by automatic retention latches. A controlled release actuator enables rapid spring-assisted battery removal and replacement in field environments, improving serviceability, thermal distribution, and aircraft balance.
Together, these two patents represent direct evolutionary advancements to the structural battery technologies disclosed in our Published Patent US20210197978, extending the platform into modular detachable and rapid-swap distributed power architectures.
Tactical Drone Technology for Law-Enforcement Deterrence
The third patent introduces a tactical entry unmanned aerial system designed to maximize operational deterrence and officer safety through airborne deployment of less-than-lethal smoke and irritant effects. The system integrates electronically activated cartridges positioned within the propeller downwash zone, enabling the aircraft's own rotor thrust to entrain and direct dispersion downward in a controlled and targetable plume while the aircraft remains airborne.
This capability enables precise standoff deployment of obscurants or irritants during tactical operations, improving situational control while reducing the need for officers to enter high-risk environments.
Strategic Impact
These patent filings strengthen both the company's distributed energy architecture roadmap and its tactical unmanned systems portfolio. By extending the foundational structural battery patent into detachable propulsion-arm batteries and rapid-swap cartridge battery systems, while also introducing technologies designed to enhance law-enforcement deterrence and operational safety, Dynamic Aerospace Systems continues to advance next-generation mission-adaptable unmanned aircraft platforms.
The newly filed technologies are expected to support future DAS platforms across logistics, defense, public-safety, and government mission applications.
