Drone-Deployed Visibility Obstruction System for Law Enforcement (Patent Pending)
High-speed vehicle pursuits remain one of the most dangerous situations encountered by law enforcement, frequently resulting in injuries or fatalities involving officers, suspects, bystanders, and property. Current pursuit intervention methods—including spike strips, vehicle contact maneuvers, roadblocks, and tire-deflation devices, can require close physical engagement and may increase the risk of collisions or loss of vehicle control.
This patent-pending concept introduces a fundamentally different approach. Instead of physically disabling a vehicle, it explores using an unmanned aerial vehicle (UAV) to remotely deploy a temporary, non-lethal, visibility-obstructing composition onto a transparent exterior target surface, such as a vehicle windshield or motorcycle helmet visor. The objective is to encourage the operator to discontinue movement while avoiding direct vehicle impact or destructive intervention.
The proposed system combines autonomous drone navigation, target identification, precision payload delivery, onboard video transmission, and return-to-base capability into a single public-safety platform. Multiple deployment approaches are contemplated, including burstable impact payloads and controlled spray delivery, allowing flexibility for different operational environments.
The invention is intended as an additional tool, not a replacement for officer judgment, existing pursuit policies, or current law-enforcement procedures. Any practical implementation would require extensive engineering validation, safety testing, legal review, and regulatory approval.
The broader innovation lies in shifting the pursuit of intervention from direct mechanical engagement to remote, non-contact risk mitigation. By leveraging modern drone technology and precision targeting, the concept seeks to expand the range of non-lethal options available to law enforcement while reducing potential harm to officers, vehicle occupants, bystanders, and surrounding property.
The ultimate goal is to help save lives by expanding the range of non-lethal technologies available to public safety professionals.
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About the Entrant
- Name:Viktoria Terman
- Type of entry:individual
- Profession:
- Number of times previously entering contest:2
- Viktoria's hobbies and activities:medical science, e-Learning
- Viktoria is inspired by:High-speed police pursuits remain one of the most dangerous routine activities in modern law enforcement, contributing to thousands of injuries, deaths, and costly property damage each year. Existing methods to intervene—such as spike strips, PIT maneuvers, or roadblocks—often escalate the risk to officers, suspects, and civilians. To address this challenge, I have developed a patent-pending drone-based vehicle intervention platform designed for tactical, non-lethal public safety applications.High-speed police pursuits are one of the most perilous routine activities in modern law enforcement, resulting in thousands of injuries, fatalities, and extensive property damage each year. Traditional intervention methods—such as spike strips, PIT maneuvers, and roadblocks—frequently heighten risks for officers, suspects, and innocent bystanders. To address this critical issue, an innovative solution is designed for tactical, non-lethal public safety applications.
- Software used for this entry:Standard computer software and AI-assisted design tools (HeyGen, ChatGPT Images), were used to create the presentation materials (infographics, illustrations, and concept video). The invention, concept, system architecture, and patent-pending design are the original work of the inventor. The software was used solely to visualize and communicate the concept.
- Patent status:pending
