George Mason University Police’s Unmanned Aircraft System teams supported emergency efforts in Ivanhoe, Virginia, inspecting dams and power distribution lines weakened by Hurricane Helene. They utilized drones to provide real-time assessments while also assisting Asheville Police in reestablishing communication services post-disaster using Starlink technology. Their proactive involvement includes training regional agencies in drone operations, showcasing their integral role in public safety.
The George Mason University Police Department’s Unmanned Aircraft System (UAS) teams have played a crucial role in assisting emergency management efforts in the wake of Hurricane Helene. This past weekend, the team collaborated with the Virginia Department of Emergency Management (VDEM) on a deployment to Ivanhoe, Virginia, where they focused on the inspection of aging dams constructed in 1912 and 1913, along with the associated power distribution lines. Due to record levels of precipitation attributed to Hurricane Helene, the New River experienced its second highest water level and flow since 1940, surpassing the design capacity of the dams. Accessing the power lines proved challenging on foot, therefore, the Mason Police drones were utilized to conduct aerial inspections. These drones traversed mountainous terrains while providing real-time video feeds to engineers, facilitating a comprehensive assessment of any potential damage beneath the storm’s impact. This strategic deployment underscored the effectiveness and safety of drone technology in critical infrastructure inspections. Furthermore, after concluding the drone mission, Mason Police received an urgent request from the Asheville, North Carolina police department for assistance in restoring communication services disrupted by severe flooding associated with Hurricane Helene. In response, Corporal Blaine Ries expedited to assign a Starlink system, which is capable of delivering high-speed satellite internet, ensuring that the Asheville Police could effectively manage rescue and emergency operations. In addition to their direct assistance following Hurricane Helene, George Mason Police has actively contributed to training efforts for various law enforcement and emergency services agencies in the region. Earlier in July, they conducted a weeklong drone operational training session for over 20 police and fire departments, facilitated by the Virginia Office of Public Safety and Homeland Security. The George Mason Police Department is composed of over 135 full- and part-time personnel, including more than 50 sworn officers, who serve the Fairfax, Mason Square, and SciTech campuses. They maintain a robust collaboration with both the Virginia State Police and various local police departments, demonstrating their commitment to public safety and emergency preparedness.
The use of unmanned aircraft systems (UAS) in emergency management reflects the evolving landscape of technology in public safety operations. Drones have become indispensable tools for monitoring disaster impacts, assessing infrastructure integrity, and supporting data collection efforts in crisis scenarios, particularly following natural disasters such as hurricanes. The collaboration between George Mason University Police and state emergency management agencies exemplifies the proactive measures taken to harness this technology for the safety and well-being of communities affected by environmental events. Their efforts not only safeguard critical infrastructure but also facilitate coordinated responses in times of peril, demonstrating the significance of inter-agency cooperation in disaster response.
In conclusion, the George Mason University Police Department has effectively utilized drone technology and communication systems to support emergency response activities related to Hurricane Helene. Their engagement in inspecting critical infrastructure and restoring communication capabilities highlights a commendable commitment to public safety. Moreover, the department’s dedication to training other agencies in drone operations further solidifies their role as a vital resource in the region’s emergency management framework.
Original Source: www.gmu.edu
