In a significant advancement for defense technology, Australian firm Electro Optic Systems (EOS) has introduced the Apollo, a cutting-edge high-energy laser weapon aimed at countering drone threats. This innovative system is engineered to disrupt the sensors of various uncrewed aerial vehicles (UAVs), effectively targeting everything from small quadcopters to more substantial unmanned aircraft.
Apollo boasts a robust power output of 100 kilowatts, with the capability to expand this to an impressive 150 kilowatts. Its design allows for comprehensive 360-degree coverage during vertical operations, ensuring that it can address potential threats from all angles. This attribute makes Apollo a versatile solution for modern warfare scenarios, where drones have become increasingly prevalent.
One of the standout features of this laser weapon is its adaptability in power usage. When connected to an external power source, Apollo can engage targets indefinitely, providing a nearly limitless operational capacity. In isolated mode, it has sufficient stored energy to conduct over 200 engagements, showcasing its effectiveness in scenarios where external power may not be available.
Industry analysts and defense experts have lauded the development of the Apollo as a vital step in modernizing defense mechanisms against the evolving landscape of aerial threats. With drones being leveraged for surveillance and offensive operations, systems like Apollo could redefine air defense strategies.
As defense forces globally seek advanced technologies to combat sophisticated threats, the introduction of Apollo signifies a pivotal moment in the race to secure airspace against the increasing use of drones in military operations. The implications of this new weapon extend beyond national security, prompting discussions on the ethical considerations surrounding the use of directed energy weapons in warfare.
