quality Vehicle Convoy Bomb Jammer & Drone Detection and Jamming System factory

A new variant of the Russian Pantsir air defence combat vehicle heavily optimised to neutralise large swarms of hostile drones has completed development, and is set to equip the Russian Armed Forces as they face growing numbers of enemy unmanned aircraft in the Ukrainian theatre. The new variant, designated the Pantsir-SMD, integrates lighter shorter ranged surface-to-air missiles that are expected to be significantly cheaper to produce, while quadrupling its missile carriage. This appears intended to avoid to of the primary issues faced by air defence systems when facing large numbers of hostile drones, namely the risks of becoming overwhelmed, and the limited cost effectiveness of using guided missiles to target very low cost aircraft. The Pantsir was already considered among the best suited air defence assets for drone defence due to its combination of 57E6M surface-to-air missiles and twin 2A38M 30mm anti-aircraft autocannon, the latter which has reportedly proven highly useful against low value drones during previous engagements in Syria, Libya and Ukraine.   Ukrainian AI Drone Swarm Before Launch Under Operation Spider`s Web in Early June     Commenting on the new variant of the Pantsir system, CEO of the Russian defence and technology giant Rostec, Sergey Chemezov, earlier in June reported to President Vladimir Putin: "Well-known Pantsir is an example. Today it is Pantsir-SMD-E, which differs from previous models by mini missiles. The round of munitions has increased four times. Today there are 48 of them instead of 12. It is important for protection against drones as 12 missiles are sometimes insufficient against a massive raid. Forty-eight are much better and the military is very glad.” “They are very effective together with Pantsir. In case of low-signature targets, the information is transmitted directly to the air defence headquarters, which decides on destruction measures," he added. Following multiple Ukrainian attacks on major Russian cities and military targets using small low cost drones, the Russian Defence Ministry prioritised the development of new systems optimised for countering them. It was thus announced that alongside the Pantsir-SMD, the High Precision Complexes Holding had developed an airspace monitoring system comprised of mini radars that was designed specifically to detect low-signature drones, and thus complemented the new combat vehicle’s capabilities. Apartment Block in Moscow After Ukrainian Drone Attack   Elaborating on how the development of the new Patnsir variant was directly shipped by feedback rom the Armed Forces, Chemezov noted: “We maintain direct contact with servicemen who engage our products. Our repair shops are located close to the frontline and maintain contacts. We take into account all the remarks and constantly upgrade our hardware.” Although the system had already shot down over 100 drones and at least one fighter by the beginning of the 2020s, its use in the Ukrainian theatre has tested it against a new kind of target, namely Western radar evading cruise missiles such as the Storm Shadow, with furhter improvements to the Pantsir’s capabilities having been made based on this frontline experience. Representatives from Rostec’s High Precision Weapons holding previously summarised the enhancements made to the system as follows: “All necessary alterations have been introduced to the Pantsir-S system, making it possible to increase its efficiency against ‘difficult’ projectiles and long-range missiles, including the long-range, low-visibility Storm Shadow cruise missile. The results of its combat use have proven the correctness of previously made design decisions.” The system’s evolution reflecting experience from high intensity combat testing are expected to allow it to continue to gain orders both from the Russian Defence Ministry, and from a range of export clients.  

  Drones are frequently used to smuggle illegal drugs across the international borders. They are operated from a distance by remote control and are most often used under the cover of night. The drones that are flown across the border can typically carry 1 to 2kgs in weight and will attempt several trips in one smuggling event. Packages of hard narcotics are often equipped with trackers to allow smugglers waiting on the side of the border to easily locate them after they are dropped. Human smugglers also use drones to monitor agents on patrol.   Our Digital Anti Drone Jamming System (the frequencies 20-6000mhz with No Gap) can deploy its cloud-based drone detection system along a portion of the borders to further help curb the flow of illicit goods into the countries. Our Software as a Service platform, it can detect and Jamming a wide range of drones. The system integrates hardware and software components and will provide the real-time alerts for situational awareness.   

RF Drone Jamming Technology   From the Russian-Ukrainian conflict to military actions in the Middle East, drones have completely changed the way of modern warfare, it has been promoted the rapid development of anti-drone electronic warfare technology. The current anti-drone electronic warfare system adopts a multi-level, multi-technical integrated defense strategies, including radio frequency interference, GPS spoofing, high-power microwave weapons, radar detection, and multi-sensor fusion and so on.   RF Interference Technology Radio frequency interference is one of the most common and effective technical means in anti-UAV electronic warfare. This technology destroys the communication between the UAV and the pilot control remote by transmitting interference signals of the same frequency and modulation mode, making the UAV lose its command and control capabilities. The working frequencies of the most UAVs mainly included 900MHz, 1.5GHz, 2.4GHz, 5.2Ghz, and 5.8GHz for communication, but many FPVs designed with more and wide frequency bands.   PTC Portable anti-UAV Jamming equipment has the advantages of easy operation and rapid deployment, and is particularly suitable for front-line combat single soldier use. These devices usually use directional antenna design, which can accurately interfere with UAVs at a long distance while avoiding affecting their own communication systems.  

Portable Anti Drone Jamming System Reported by CCTV7 (China National Defense Military Television Channel) This system designed to protect servicemen from drones enemy, it consists of two functions: one end is for Anti Drone, the another end is for strong flashlight function with 1000lm Lumens. the whole Jammer weighs only 1 kilogram and suppressing drones up to 300 meters. The battery lasts for about 45minutes in suppression mode and can be changed fast.