India's military power has gained a new weapon! Drdo's latest drone test makes warning for enemies

On July 25, 2025, India took a big step to further strengthen its defensive strength. The Defense Research and Development Organization (DRDO) has successfully tested the UAV London’s main guided missile (ULLGM) -V3 on the National Open Area Range (Noar) Test series in Kurnool, Andhra Pradesh. This is a better version of Ulpgm-V2, already created by DRDO. These smart missiles are exempt from drones and day and night, in any season, the hiding places of the enemy can destroy the accuracy of the determination. Ulpgm-V3, ie unmanned air vehicle, has launched Precision Guided Missile version 3 is a high-tech raket launched. It is a light rocket of 12.5 kg, which can make an accurate 4km attack (day on day) and 2.5 km (at night). This rocket is a fire-angenced, that is, after leaving, find and kill the target. It has two -way data shit, so that the target can change even after the launch. The strength of ULLGM-V3 This missile is known for its smart technology and strength. Its features are … high-definition double channel Sikar: It has an image infrared (IR) Sikar, which finds an accurate target in both day and night. This can avoid radar due to the passive housing system. Three types of Warhead Anti-Armor: To destroy modern tanks, which are equipped with rolled up homogeneous armor (RHA) and explosive reactive armor (era). Penetration-CUM-bottom: To break the bunker and strong structures. Pre-fagantation: To create destruction in large areas, in which enemy soldiers and equipment are destroyed. Work in day and night and every region can work from the plains to the hilly areas (such as Ladakh). The double-roll-polous drive engine takes it quickly and long. Light and smart design is just 12.5 kg of weight due to small drones (such as hexacopter). Laser-led technology and top ATAC mode make it skilled to attack the weak parts (upper part) of the tanks. IR Sikar catches the heat of the target with infrared rays, which allows the attack to be even possible in the dark. The double-rest engine works in two phases first flies fast, and then the stable velocity to reach the target. Drone and command centers can talk to the data guideline in real time. How did the test happen? On July 25, 2025, ULLGM-V3 was tested in the Noar Test Series of Kurnool. It was launched with a native drone of Bangalore’s new nuclear research technologies. In the test, the rocket worked in anti-arms mode, that is, the ability to destroy the tanks was tested. Target: A fake tank that was like modern armored vehicles. Results: The rocket destroyed the target with clear accuracy, whether it was stable or shaken. Speciality: The rocket acted brilliantly in day and night, as well as in high areas. DRDO is now preparing to connect this rocket with long-distance and high-fired drones (such as deadly UCAV). Who made? Many Laboratories and Private Enterprises from DRDO made ULPGM-V3. This is a wonderful example of confidence India … DRDO LABS Research Center Building (RCI): Missile’s Guidance and Sikar System. Defense Research and Development Laboratory (DRDL): Propulsion system. Terminal Balistics Research Lab (TBRL): Warhead Design. Research Laboratory for High-Energy Material (HOP): Explosive Technology. Integrated Test Series (ITR): Test website. Defense Electronics Research Lab (DLRL): Data links and electronics. Private partner Adani Defense and Aerospace: Manufacturing and Combat Voorin. India Dynamics Limited (BDL): Production Partner. 30 msme’s and startups: small components and technological support. Nuclear Research Technologies: Indigenous Drone, which launched the rocket.