By submitting this form, you are agreeing to the Terms of Use and Privacy Policy.
A missile system known as an “anti-drone swarm missile” is one that is built to track, detect, and engage a large number of drones simultaneously. When a drone is seen in the region, the system unleashes several missiles to shoot it down using cutting-edge sensors, including radar and thermal imaging.
The capacity of drones to operate in swarms makes it challenging for conventional anti-aircraft weapons to engage and eliminate them. This ability is referred to as “swarm” in this context.
The anti-drone swarm missile offers a more potent defense against these kinds of threats by employing a missile system that can engage several drones simultaneously.
To defend sensitive regions, such as military bases, political structures, or vital infrastructure, against prospective drone assaults, military or law enforcement groups may employ anti-drone swarm missiles.
The Anti-drone swarm missile accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
An revolutionary anti-drone swarm missile system named the Falcon Net Ecosystem (FNE) Air military System has been created by L3Harris Technologies, Inc., a prominent worldwide aerospace and military technology business.
This technology is intended to offer vital defense against the emerging danger posed by unmanned aircraft systems (UAS), which may fly singly or in swarms. In order to quickly and effectively respond to possible assaults, the FNE Air Defense System employs cutting-edge technology to identify, monitor, and engage hostile UAS threats in real-time.
Radar, electro-optical/infrared sensors, and a networked command and control system are some of the several parts of the system that give operators situational awareness and useful knowledge.
The FNE Air Defense System’s capacity to simultaneously engage numerous UAS targets, which offers a potent defense against drone swarms, is one of its primary advantages. A cost-effective option for both military and civilian users, the system is also flexible and can be incorporated with current air defense systems.
