Most deadly and secret weapon of India ( Kali)

The Kali or kilo impaired linear injector is a straight electron quickening agent being created in India by the Defence Research and Development Organisation DRDO and Bhabha Atomic Research Centre BARC it is a coordinated vitality weapon intended to work so that if a foe rocket is propelled towards India it will quickly emit powerful pulses of the relativistic electron beam and destroy the target experts coordinated vitality weapon intended to work so that if a foe rocket is propelled gigawatts of power produced by this machine when aimed at enemy missiles and aircraft will cripple their electronic system and computer chips and bring them down right away Kali is India's answer to any uninvited incoming enemy satellites WAAFs missiles and aircraft As per Report analysis how India would sear Pakistani and Chinese rocket and airplane aircraft with a secret weapon the kali project wasn't mooted in 1985 and work on the project began in 1989 being developed by the accelerators and amp pulse power division of the barque DRDO is also involved with this project it was at first created for modern applications in spite of the fact that resistance applications became more clear later the principal quickening agents had an intensity of tilde 0.4 gigawatts which expanded as later forms were created these were the karlie 80 karlie 200 karlie 1000 karlie 5,000 and karlie 10,000 the karlie 5000 was charged for use in late 2004 the intensity of karlie 10,000 has been stayed quiet about it is unclear if India has developed even more powerful versions or not Kali is a particle accelerator it emanates incredible beats of electrons relativistic electron beams Rev different segments in the Machine down the line convert the electron vitality into M radiation which can be changed in accordance with X beam as flash x-rays or microwave high-power microwave frequencies the karlie arrangement karlie 80 karlie 200 karlie 1000 karlie 5000 and karlie 10,000 of quickening agents are described as in quat single-shot pulsed gigawatt electron accelerators they are single-shot gadgets utilizing water-filled capacitors to assemble the charge vitality the discharge is in the range of one gigawatt at the first beginning with 0.4 gigawatts force present quickening agents can arrive at 40 gigawatts pulse time is about 60 NS the microwave radiations discharged by the karlie 5000 are in the 3 to 5 gigahertz range kali 5000 frameworks are intended to create electron beats of around 100 NS with a vitality of around 1 mega electron volt current 40 kilo amperes and an intensity of 40 gigawatts this relativistic electron beams re be thus generated will be used for the generation of high-power microwaves hpm and amp flash x-rays FXR but DRDO is involved in configuring the callee for its use and has been deployed in many various scenarios the X beams discharged are being utilized in ballistics look into as an illuminator for ultra-high speed photography by the terminal ballistics Research Institute tbRL microwave emissions are used for M research the microwave producing version of Kali has also been used by the DRDO scientists for testing the vulnerability of the electronic systems of India's indigenously developed light combat aircraft LCA which was then under development it has also helped in designing electrostatic shields to in quat hardened light combat aircraft and missiles from microwave attack by the enemy as well as protecting satellites against deadly electromagnetic impulses EMI generated by nuclear weapons and other cosmic disturbances which could destroy electronic circuits watches may take note of that electronic parts right now utilized in rockets can withstand fields of a proxy hundred V /cm while the fields in case of any attack reached thousands of VC/ cM the characteristic of the kali gives it the potential to be used as a weapon dot Kali could be deployed as a high-power microwave gun which could destroy incoming missiles and aircraft through the soft kill approach it may be integrated with powerful radar systems that will track enemy crafts however weaponizing such a system has many obstacles to overcome Indian authorities have been tight-lipped regarding this since secrecy has been maintained about the system many experts think that the system has already been weaponized viewers may note that in general the most advanced systems are well guarded the main advantages of kali are as follows : one is per shot as each discharging of the weapon requires just the negligible expense of producing the energetic pulse by contrast ordinance for projectile weapons must be designed manufactured handled transported and maintained dot - he's per shot as each discharging of the weapon requires just the negligible expense of producing weapons as they take up space so they can take out only those number of targets at max but kali can be used repeatedly dot 3 according to independent analysts the kali could be even deadlier than laser weapons as it could be more apt in penetrating external surfaces of incoming projectiles India has no first use of nuclear weapons approach hence it needs a defensive system to thwart a preemptive strike by its enemy this is where Kali could be most well utilized India is planning to have an integrated air defense weapon system Iant to protect the important cities of the country starting with the capital of India New Delhi the proposed multi-layer arrangement will consist of the following : 1 the outermost layer of the missile shield will consist of a two tier ballistic missile defense BMD system developed by India and number 39 s state-run DRDO or Defence Research and Development Organisation the two-tiered BMD system consists of the pad prithvi air defence which will intercept missiles at exo-atmospheric altitudes of 50 to 80 kilometers or 31 to 50 miles and the AAD advanced air defense missile for an interception a tender atmospheric altitudes of up to 30 kilometers 19 miles the BMD system uses the swordfish radar swordfish is an Indian dynamic electronically examined exhibit a sa long extends tracking radar specifically developed track ballistic missiles it can spot objects as small as a cricket ball three inches in diameter at ranges of up to 500 miles or 800 kilometers as per reports the process is going on to increase the range of radar to around 950 miles or 1500 kilometers point to the middle a will be the russian-made s400 system dot S400 triumph is an anti-aircraft weapon system developed by Russia's Elm as central design bureau in the 1990s as an upgrade of the s-300 family dot it has been in administration with the Russian military since 2007 it is designed to defend against aircraft including fifth-generation stealth fighters bombers AWACS cruise missiles and ballistic missiles the radars of s400 have a range of around 600 kilometres or around 370 miles the fundamental radar is commended by target procurement radars some of which are touted to have the ability to detect stealth aircraft s400 deploys multiple missiles to cover its strike envelope and can hit targets at a range of up to 400 kilometres or 250 miles India has inked an arrangement with Russia to get five regiments of s400 the agreement is Worthing point five billion USD the conveyance is relied upon to start by the end of this year dot three dot the deepest layer of security will be through Nasim's'p-2 - we will currently check the abilities of Nasim's -2 it'll likely that a system like Kali will be added to this kind of layered defense system to protect important infrastructure and strategic assets