Ground, radar antenna spinning; In the air, fighter jets can flexibly penetrate defenses... Recently, an air defense detachment of a certain army brigade, in conjunction with a certain unit of the air force, conducted land air confrontation training, focusing on specialized refinement of courses such as multi airspace reconnaissance and search, and multi batch continuous resistance, with a key emphasis on testing the collaborative combat ability of officers and soldiers in complex electromagnetic environments. During training, facing the special situation of low altitude breakthrough by the Air Force fighter squadron, the officers and soldiers of the air defense team quickly entered the battle position and operated the warning radar to scan the airspace. Subsequently, various types of radars were turned on one after another, and firepower units from far, medium, and near were on high alert. A three-dimensional air defense firepower network was quietly woven. Multiple batches of 'enemy' aircraft are attacking! ”When the "enemy" situation suddenly arose, Zhang Yun, the radar operator of the air defense team, immediately controlled the equipment to closely follow the target. However, the "enemy" aircraft suddenly released electromagnetic interference, causing a "snowflake" on the radar screen. In an emergency, the on-site commander decisively ordered the adoption of anti-interference measures. With strong anti-interference ability and high-precision detection performance, a new type of radar successfully captured targets. The radar operator firmly locks the reappearance of the light spot on the screen and synchronously transmits the target coordinates to each firepower unit. With the commander's command, the firepower unit launched a simulated resistance against the target. With the continuous iteration and updating of technology, electromagnetic countermeasures on the battlefield are becoming increasingly upgraded. Future air defense operations are not only about firepower competition, but also about electromagnetic competition. ”The leader of the brigade introduced that after the installation of the new radar, they organized officers and soldiers to quickly familiarize themselves with the equipment, study response plans for various interference styles, and continuously improve combat effectiveness in complex electromagnetic environments. One wave is not flat, another wave is rising. After being intercepted, the "enemy" aircraft released false signals, and the radar operator flexibly took corresponding measures to lock onto the target again and guide firepower strikes... The final target was accurately "destroyed". The training is over, and the review immediately begins. The participating officers and soldiers carefully sorted out the shortcomings in equipment system integration, data information sharing, etc., formulated improvement plans on site, and developed special training plans around key and difficult issues such as long-distance data transmission and anti-interference coordination, striving to improve the actual combat level of the troops. (New Society)