While high-energy lasers offer pinpoint accuracy against single aerial threats, their defensive utility degrades significantly in foggy or particulate-rich atmospheres where beam scattering occurs. Conversely, high-power microwave systems emit broad electromagnetic pulses capable of disabling multiple uncrewed aerial vehicles simultaneously regardless of obscurants, though they risk collateral damage to friendly communication networks and require substantial recharging intervals. Neither technology provides a standalone solution for airfield defense; rather, an integrated deployment that balances the precision targeting of optical beams with the wide-area disruption of microwave bursts is necessary to neutralize coordinated swarm tactics effectively.
What is the author's primary purpose in writing this passage?
- Ato explain why atmospheric scattering makes high-energy lasers ineffective during inclement weather
- to argue for an integrated defense approach by analyzing the distinct advantages and limitations of two counter-drone technologiesCevap
- Cto persuade military planners to replace high-energy lasers entirely with high-power microwave pulses
- Dto provide a comprehensive overview of all electronic warfare methods used to disable enemy communication networks