"3, 2, 1, detonation..." Recently, a naval coastal defense engineering brigade remotely maneuvered to a certain shooting range and adopted an unmanned operation method to successfully destroy unexploded ordnance. This is a microcosm of the team's focus on the future battlefield, accelerating the application of unmanned equipment in missions, and accelerating the generation of combat effectiveness. Not long ago, the squadron received a mission that there were unexploded bombs in a certain shooting range that needed to be promptly eliminated. According to the report from the higher authorities, the risk factor and difficulty of this explosion control mission are relatively high. Before the task, the team visited relevant units for research and decided to adopt an unmanned operation plan of unmanned detection, remote excavation, and laser destruction. They also organize multiple rounds of non-contact explosive operation training to ensure that personnel are proficient in operating remote-controlled excavators for excavation, lifting, and maneuvering operations. On the day of the mission, the drone began to detect and simultaneously prepare to throw markers. The detector operated the drone to take off from the temporary command post and arrive over the target range to carry out target detection and flag throwing positioning. Other team members operate unmanned excavation equipment to excavate the target location. Quickly, the drone returned the target image, and the expert group quickly analyzed and confirmed. The explosion control team set up a destruction device to carry out the operation, and finally successfully destroyed the unexploded ordnance. "Unmanned equipment will become a weapon for future battlefield engineering support." The leader of the brigade stated that currently, they are closely monitoring diversified combat tasks, actively connecting with frontline task forces, understanding the needs of support objects, accelerating the application of unmanned equipment in missions, and continuously improving operational efficiency. (Lai Xin She)