Novel Physical and Chemical Mechanisms for the Functional Neutralization of UAVs and Protection of Urban Environments.
Modern military theaters are witnessing a radical shift towards suicide drones (loitering munitions). This research addresses the 'economic and operational asymmetry' between low-cost drones and exorbitant traditional defense systems, proposing a shift from explosive interception to Functional Neutralization to eliminate risks to civilian populations in urban zones.
Traditional "hard-kill" methods create debris fields and shrapnel, turning a military success into a humanitarian disaster. Current "soft-kill" (jamming) systems are becoming obsolete due to full autonomy and radio silence in modern UAVs.
Utilizing liquid nitrogen or endothermic chemicals to induce thermal shock in Li-ion batteries, dropping voltage to zero and grounding the drone without detonation.
Deploying aerial aerosols that form viscous polymer clouds or smart foams to entangle propellers and encapsulate warheads, absorbing ground impact.
Utilizing high-strength Neodymium magnet projectiles to mechanically seize brushless motors and disrupt internal magnetic fields.
| Risk Factor | Traditional Methods | Proposed Mechanisms |
|---|---|---|
| Fragmentation Risk | High (Shrapnel) | Near Zero |
| UXO Risk | High (Unexploded Ordnance) | Very Low |
| Economic Cost | Highly Asymmetric | Symmetrical / Low |
| Psychological Impact | Negative (Panic) | Positive / Neutral (Safety) |