"Swarm" Over the Persian Gulf
The skies over the Persian Gulf have never been so crowded in the past 72 hours.
Since February 28, Iran has launched hundreds of drones at US and Israeli targets. Dubai Airport closed, a base in Kuwait was attacked, and the sound of interceptor missiles exploding echoed through the night over Doha.
Iran claims to have shot down 20 "Hermes" drones and 2 US MQ-9 "Reaper" drones. The US side announced it had struck over 1,000 targets.
Behind the numbers, one fact becomes increasingly clear: drones have become the protagonists of modern warfare. And how to defend against these "ghosts of the sky" has become a top challenge for nations worldwide.
Ⅰ. Detection: Finding a Mosquito on Radar
The first hurdle in countering drones is "seeing" it.
What's the difficulty? Three words: Low, Slow, Small.
Fly low—skimming rooftops or the sea surface, entering radar blind spots. Fly slow—radar often filters them out, mistaking them for birds. Small size—their radar cross-section is smaller than a seagull.
Making things more troublesome is the emergence offiber-optic guided drones. They emit no radio signals whatsoever, relying entirely on a thin fiber-optic cable connected to the operator. Traditional electronic reconnaissance methods are completely useless against them. They can fly right over an electronic jamming vehicle and directly pursue their targets.
So what's the solution?
Modern anti-drone detection has to be like assembling a "puzzle":
Radar: Needs its sensitivity specifically tuned up, but being too sensitive means mistaking flocks of birds for targets.
Electro-optical cameras: Used for confirmation, but they're "blind" in fog, haze, or at night.
Acoustic sensors: Listen for the motor sound, but urban noise renders them deaf.
The only way out: use radar, optics, and acoustics in tandem, cross-validating each other, to pick out the target from the noise.
Ⅱ. Neutralization: Shooting Down is Harder than Finding
You've spotted it, now how do you take it down? Currently, there are two paths: soft kill and hard kill.
Soft Kill: Deceive It
Electronic jamming cuts the drone's "communication" with its operator, or sends fake GPS signals to "trick" it away. Low cost, quick effect.
But fiber-optic guided drones are immune to this—they don't communicate at all. Even more frightening are AI autonomous drones: they don't need any human command, navigating and finding targets on their own. Experts warn: once these become widespread, traditional electronic jamming will largely become ineffective.
Hard Kill: Shoot It Down
But there's an awkward problem:money.
Using equipment worth hundreds of thousands or even millions of dollars against a drone that might cost only a few hundred. The economic math just doesn't add up.
So, we're changing our approach:
Laser weapons: Cost pennies per shot, just electricity. But they're afraid of fog and rain, and need to continuously hit the target for several seconds to burn through it.
High-power microwave weapons: Like a giant microwave oven, sweeping a large area in one go, highly effective against "swarm" tactics.
Drone-on-drone combat: Deploying interceptor drones for mid-air interception, like aerial dogfighting.
This game of cat and mouse is playing out in real-time over the Persian Gulf. Behind every explosion is a contest of detection versus counter-detection, jamming versus anti-jamming.
Drones have made the situation unpredictable: low-cost small drones could potentially destroy high-end aircraft worth hundreds of millions of dollars. Anti-drone technology is being forced to race towards becoming smarter and more cost-effective.
The skies of the future will be a continuous battleground for the contest between drones and anti-drone systems.
As a professional solution provider in the anti-drone field, Chongqing Leikan Technology can offer comprehensive, customized defense solutions ranging from radar detection to soft and hard kill methods, helping clients build a secure sky defense line.
Web:phasedarrayradars.com
¡Su mensaje debe tener entre 20 y 3.000 caracteres!