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VIDEX 2022: Vietnam company positions grenade-dropping UAV for international market

The Vietnam-developed Hera UAV, which can drop up to nine grenades per sortie, on display at VIDEX 2022. Vietnamese unmanned systems company RT Robotics has unveiled an unmanned aerial vehicle (UAV) system that is capable of dropping up to n.

VIDEX 2022: Vietnam company positions grenade-dropping UAV for international market

The Vietnam-developed Hera UAV, which can drop up to nine grenades per sortie, on display at VIDEX 2022. Vietnamese unmanned systems company RT Robotics has unveiled an unmanned aerial vehicle (UAV) system that is capable of dropping up to n.

VIDEX 2022: Vietnam Army deploys locally developed UAV for scout, targeting operations

The VUA-SC-3G Scout UAV, which is in service with the People's Army of Vietnam, is seen here on display at VIDEX 2022. The People's Army of Vietnam (PAV) has inducted a locally developed fixed-wing unmanned aerial vehicle (UAV) for scout and.

HERA – Carry a Sparrow – Fly an Eagle

Real-time Robotics (RtR) has released Hera, the most advanced multi-copter ever made. Before Hera, the following was deemed impossible: A drone smaller than DJI M300 but can carry a 33-lb payloadThat drone can mount four gimbaled payloads simultaneouslyThat drone can deliver 360-degree FOV for every payload bayThat drone can fly for approximately 60 minutesThat drone…

UH Mānoa net zero heroes improve energy efficiency, track progress | University of Hawaiʻi System News

From left: Dan Furuya, Todd Sales, Alton Fujimoto, Quoc Luong, Carl Oshiro kWh) savings and provides details of the different energy efficient projects. The UH 10-campus system is required to become net-zero (producing as much energy from renewable sources as consumed) by 2035. The major upgrades on campus have had a significant impact on energy conservation. Within the last 10 fiscal years, UH Mānoa has saved over 7.2 million kWh through the redesigning and reworking of systems that help the campus move towards the net zero goal. These projects also had to consider the construction and building outage constraints for the building occupants. All projects were completed with minimal impact and disturbance to the ongoing academic and research operations in the buildings.

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