China has presented its new 'invisible' unmanned aircraft, the CH-7, designed to attack strategic targets such as command bases and air defense systems. Chief engineer Shi Wen highlighted that the CH-7 can detect and monitor high-value targets to neutralize them effectively.
The CH-7 is part of China's unmanned warfare strategy and features an advanced flight control system and computing technology that provide it with stability and autonomy. Equipped with an internal bay for weaponry and sensors, it can carry air-to-ground guided missiles and long-range weapons.
With a maximum speed of 926 km/h and an operational altitude of up to 15,000 meters, the CH-7 exceeds previous models. Its flight autonomy of 15 hours and an operational radius of 2,000 km make it a key tool for prolonged missions in hostile territories.
The 'invisible' CH-7 has been created without vertical stabilizers to minimize its side radar profile, reducing the reflection of electromagnetic emissions and improving its ability to infiltrate undetected.
China has accelerated its development programs for unmanned drones after witnessing the increasing use of this technology in international conflicts and the leadership of the United States in this field. In addition to the CH-7, China is advancing with other models such as the GJ-11 'Sharp Sword', prioritizing infiltration into enemy airspace.
Chinese factories integrate all stages of drone production, from components to software, facilitating the agile implementation of advanced technology at a lower cost. With modern assembly lines and AI-controlled systems, China aims to optimize the precision and autonomy of its drones in strategic missions.
The CH-7 aircraft represents a significant leap in the Chinese military industry, revolutionizing the way reconnaissance missions and precise attacks are carried out in high-risk areas. With a futuristic design and improved capability, the CH-7 reflects China's technological advancement in the military field.
