آخرین مورد شرکت در مورد Chongqing Leikan Technology Co., Ltd گواهینامه

Recently, a drone confrontation drill closely resembling real combat was conducted in a complex terrain environment, comprehensively testing the ability to deal with drone threats on the modern battlefield.

During the drill, equipment such as the LKST-CZ001, LKST-UDAM7100, LKST-UJ720H+, and LKST-UDA performed remarkably, successfully helping to achieve the drill's objectives and providing solid technical support for drone defense operations.

The performance of the anti-drone equipment was outstanding in multiple realistic scenarios.

The drill set up various typical combat environments, including jungles, deserts, and mountainous areas, simulating the full range of threats from enemy drones, from reconnaissance and harassment to swarm attacks.

In the jungle training area, technicians explained in detail to the participants the operation points of our company's portable anti-drone equipment. This equipment is characterized by "rapid deployment and precise interference." Through practical exercises, the soldiers became proficient in countering low-altitude reconnaissance drones in complex vegetation environments, successfully causing the "enemy" drones to lose control and crash to the ground.

In the desert scenario, a fixed anti-drone system established a three-dimensional defense network. This system integrates functions such as "multi-frequency band interference and radar detection." When multiple simulated "enemy" drones attempted to penetrate from different directions, the system quickly identified and implemented directional interference, intercepting them all outside the defense perimeter and fully demonstrating the equipment's wide-area defense capability in open terrain.

The mountainous canyon environment tested the equipment's adaptability. The participating troops carried portable anti-drone equipment into the canyon. Faced with drones that the "enemy" used the terrain to conceal and penetrate, the equipment, with its "strong penetration and precise directionality," precisely suppressed the drone signals, effectively eliminating defense vulnerabilities caused by canyon blind spots.

Cross-domain collaboration, anti-drone equipment supports all-domain defense.

The drill also expanded the application boundaries of anti-drone operations. In a simulated large-scale event security scenario, anti-drone equipment was linked with the public security system. Through a vehicle-mounted anti-drone platform, it monitored and dealt with suspicious drones in the airspace of the event in real time, achieving "military-civilian collaboration and all-domain coverage" in drone defense and providing a new solution for the security of important scenes.

In this drill, the anti-drone equipment demonstrated its performance advantages of "stability, reliability, precision, and efficiency" in multiple scenarios and dimensions. It successfully assisted the troops in achieving the drill's goal of "interference as soon as detected, and disposal as soon as interfered." It provided strong equipment support for troops to deal with drone threats on future battlefields and also highlighted the technical strength and practical value of anti-drone equipment.