Indian Missiles and Munitions Discussion

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rohitvats
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Re: Indian Missiles and Munitions Discussion

Post by rohitvats »

Karan M wrote:<SNIP>

Kornet is technically man portable. Might take some 3 people though. India purchased these post kargil but these were supposedly with blast warheads and not tandem ones, meant to take out sangars without wires snagging.
I've always been intrigued by purchase of Kornet ATGM - as per your comment, these were brought after experience with wire-guided ATGM in Kargil. Which further means that these missiles are with dedicated ATGM unit(s) of IA - and the 3-man crew (internet says 2-man crew) to move it around would not be an issue in these battalions. But would be an issue in a vanilla infantry unit where the ATGM platoon would have limited manpower.

Having said that - AFAIK, the number of pure ATGM units (they were from Brigade of Guards - IIRC, detachments from 19 Guards and 17 Guards were used to provide ATGM capability in mountains) has dropped and they have converted to Recce & Support Role (Wheeled). Still, these would have the ATGM integral to their TO&E.

The low number of Kornets purchased (200 as per Wikipedia) shows their limited application and spread in IA.
Yes but huge number of TOWs etc remain in inventory and are still being produced. My understanding is that Javelin is a section level weapon. Whereas vehicles continue to be armed with TOW2s in the US.
TOW is a specialized weapon system which is used in primarily in vehicle mounted role - the development having stemmed from halting the hordes of Red Army armored columns which NATO could not compete against in numbers. Something which PA also adopted against superior Indian armored forces. It is not a man-portable system and falls in the category of Kornet - the latest version has RF guided missiles which has made its way into PA. We have no equivalent for TOW in IA service, so the comparison is moot.
Also their requirements are different, as can be seen from the fact that Spike had issues with trials in India but aced those in Europe. Chander mentions in an interview that Indian deserts unlike those abroad have high humidity and other issues that make them a problem for IIR seekers. Another thing is that our requirements are massive, which mean that it has to be license produced, which means ToT. Add these together plus protracted trials and the answer is that we will have our Milans and Konkurs in service for a while. They are good, proven missiles and can be very useful.
We don't know the numbers planned for Javelin/Spike ATGM. Further, the requirement for replacement of Konkurs will emerge in some years down the line. Ideally, I would want to opt for the following course of action:

1. Man-portable missile - Need to see the level of ToT received from foreign vendors and numbers contracted. If it is high, then DPSU should be able to absorb it completely and in due course of time, increase the local content of the missile. Something done for Milan and Konkur but with more local technological inputs.

Further, if the IA is not looking at 1:1 replacement with this system, DRDO should aim to develop a man-portable missile to be delivered 5-7 years down the line.

SAMHO is in the same class as TOW in terms of weight - so I don't know where it will fit into the IA inventory and deployment philosophy.

2. Tracked vehicle mounted - The development of next FICV should factor into account a domestic ATGM. DRDO needs to partner with the final development agency to ensure a version of Nag goes into the FICV from day-one. This will ensure that the roll-over from Konkur-M to new missile will be smooth and timely.
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Re: Indian Missiles and Munitions Discussion

Post by rohitvats »

Philip wrote:<SNIP>

However,leaving the missile aside,I feel that the NAMICA platform from appearances has drawbacks.Where does it fit in with the armoured/cavalry formations? It has no self defence capability against enemy troops equipped with ATGMs who are within range and thus cannot be used for recce purposes.Look at the experience of the Israeli army in the last spat with the Hiz,where they lost several tanks which were not supported by ground troops.

So how is going to be used on the battlefield? Is it our desi version of Striker? A tank destroyer brought in from the rear,or if it remains in the rear willl its range be compromised? It will be a sitting duck if brought to the forward areas. It would've been better if the missile was fitted onto an IFCV also equipped with some secondary armament, 7.2mg or even 30mm cannon.There is an L&T re-engineered version (with mast) carrying just 2 NAG launchers,compared to a NORINCO system carrying 8.A massive order for just "13 NAMICAs" is going to make a pinprick of difference on the battlefield in the Indian context! Even if we order a few dozen,where are they going to be deployed,a few hundred kms apart?! The HELINA version makes more sense,but the missile is too large to be a man-portable one from above posts,requiring another missile to fill that role.
<SNIP>
Not so fast, my friend.

Indian Army has operated the BRDM with its Recce & Support Regiments for decades now. NAMICA with Nag ATGM represents a tremendous improvement on top of that. And it is not the job of Recce forces to get into a fire-fight - unless acting as screening force or stay-behind force. Even then, they are meant to delay enemy forces and not exactly engage them.

IA in due course of time will have 7 x RAPIDs. Each has its own Recce & Support Battalion - either from Brigade of Guards or from Mechanized Infantry. And each battalion has an ATGM component - IIRC, at company level. Other companies would be equipped with BMP-2 and equipment for surveillance and reconnaissance. So, NAMICA is not exactly out there alone facing the hordes - there is adequate protection for it by way of other components of R&S battalion.

The range of the missile along with top-attack capability means that this is a stand-off missile. The mast mounted sensor will not only allow targeting from depth but also in recce tasks.

My guess-estimate is that the number of NAMICA+Nag ordered are for one battalion - and 7X the current number is what we can expect. Rest depends upon IA opening the deployment envelope - for example, the reconnaissance regiment of the armored division or reconnaissance squadron of an armored bde may get these systems.
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Re: Indian Missiles and Munitions Discussion

Post by vic »

Estimated costs:-

Wire guided ATGMs around USD 20,000 per round

RF guided around 50,000

Laser beam Riders around USD 75,000

Laser beam homing ATGM around USD 125,000

IR MWIR like spike ATGM around USD 150,000

IR LWIR like Javelin around USD 200,000

Guesss what Indian Army wants?
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Re: Indian Missiles and Munitions Discussion

Post by Philip »

And the cost of a tandem warhead RPG-29? $500 for the launcher and $250-300 per round!

http://www.strategypage.com/dls/article ... 0-2009.asp

Why The RPG Rules

by James Dunnigan
Shoulder fired rockets (like the Russian RPG or U.S. LAW and AT4) are very commonly encountered on the battlefield. That's because these things are cheap and very useful. The Russian designed RPG series is the cheapest, which is why the about 55 percent of these weapons are of the RPG family, but account for only about 45 percent of the money spent to buy them. The more expensive Western models are more effective, but more expensive.

Less wealthy armies the world over, including irregulars, love to use their Russian made RPGs (Rocket Propelled Grenades). The RPG evolved from the World War II "bazooka" type weapons and was introduced by the Russians in 1961. The current RPG 7 weighs about 17 pounds, with most grenades weighing five pounds each. American tanks and M-2 Bradley infantry vehicle (with additional appliqué armor) are mostly invulnerable to RPG fire. During the Iraq fighting, it was common for most of the armored vehicles in a unit to be hit at least once by an RPG round.

The real damage from RPG fire was the fragments from the exploding grenades. Even the anti-tank round (the most common fired by the RPG) would throw out wounding fragments for 10-15 feet. These rarely killed, but troops were often wounded in the arms, legs and face, and often put out of action for a while. But most armies, and irregulars, like the RPG because it is cheap, easy to use and very effective against troops lacking protective vests and helmets. The RPG is also effective against many other armor vehicles. Most RPG anti-tank rounds can penetrate 12-20 inches of ordinary armor. But most modern tanks no longer have ordinary armor, which is why the U.S. M-1 tank and M-2 infantry vehicle can take an RPG hit and keep going.

The RPG launcher costs anywhere from $100-$500 (lots of second hand stuff out there.) The most common RPG ammo is the anti-tank rocket and these go for $50-100 each. Costs add up, however, as you have to fire a dozen or so rounds to develop some accuracy. Unlike the launchers, RPG ammo doesn't get cheap, unless some wealthy nation is flooding an area with it, because the ammo gets used up and the launcher does not. Without much practice, a user can hit a vehicle sized target most of the time at ranges of 50-100 meters. As an operator fires more rounds, he becomes capable of hitting stationary targets at up to 500 meters, and moving targets at 300 meters. It's this last skill that has made the RPG dangerous against helicopters.

Irregulars also like using the RPG as a form of artillery. Get a bunch of RPGs firing at the same area say, a kilometer away, and you will do some damage to any people walking around. The rather more rare (and expensive) anti-personnel RPG rockets will spew out fragments up to 30 feet or more.

The RPG-29 is the most common recent development of the RPG line. It entered production just before the Soviet Union collapsed in 1991. It is available through legitimate, or black market, arms dealers and is more expensive than the RPG-7 (which is manufactured by many countries.) RPG-29 launchers cost over $500 each, and the rockets go for about $300 each.

With a ten pound launcher firing a 14.7 pound 105mm rocket, the RPG-29 warhead is designed to get past some forms of reactive armor (ERA). The larger weapon (3.3 feet long when carried out, six feet long when ready to fire and 65 percent heavier than the 85mm RPG-7) is more difficult to carry around and fire, but has an effective range of 500 meters. The warhead can also penetrate five feet of reinforced concrete.

Meanwhile, troops in the West had to improvise a bit. After September 11, 2001, the U.S. military revived an “obsolete,” four decade old anti-tank weapon because it was a cheaper, and more portable, way to provide the infantry with some “portable artillery.” This is the LAW (Light Anti-tank Weapon). These 7.7 pound, one-shot (the launcher is disposable) anti-tank rockets were a replacement for the World War II bazooka (similar to the Russian designed RPG). However, by the 1970s, it was obvious that the LAW was not able to kill most modern tanks, and in late 1980s, was replaced by the AT4. However, the heavier (15 pounds), and more expensive AT4 ($2,700 per each disposable launcher and four pound warhead) is also larger (40 inches long and 3.3 inches in diameter.) Since American troops rarely faced enemy tanks, but did frequently need some additional firepower to deal with enemy infantry in bunkers or buildings, the AT4 was seen as a step backwards.

The LAW has several advantages. It is compact (20 inches long, 2.6 inches in diameter), light (7.7 pounds) and cheap (about $2,000 each). ItÂ’s 2.2 pound warhead can still knock out light armored vehicles (and unarmored ones as well), but it most often used against enemy troops inside bunkers and buildings. For that job, the U.S. Department of Defense had bought the SMAW (Shoulder-Launched Multipurpose Assault Weapon). This was a 17 pound Israeli design (in response to the RPG). But the SMAW launcher costs $14,000, and each rocket costs more than their RPG equivalents (and are a bit more effective.) Actually, many troops have expressed an interest in just getting the RPG, which has a larger (6 pound) warhead, and is a lot cheaper (the RPG launcher goes for about $500 each, brand new, and the more advanced rockets can be had for under a hundred dollars each). However, the compactness of the LAW, and better accuracy, does make a difference on the battlefield, and is considered worth the cost. The LAW is simple, light, easy-to-use and relatively cheap. ItÂ’s hard to improve on that, which is why the LAW is making a comeback. Actually, it never went away in many other armies.

But the king of bargain-basement, but effective, infantry artillery remains the RPG-7.
RPG-29: The Great Equalizer
At the beginning of the 2006 Israel-Lebanon conflict, the main Israeli concern was a report that Hezbollah possessed Russian Kornet antitank missiles. However, it has been the RPG-29 that is stolen the show. These man-portable lightweight weapons are powerful enough to destroy the Merkava tank, which is reputed to be the most thoroughly armored tank in the world. According to the Israeli newspaper Haaretz, Hezbollah acquired significant numbers of the RPG-29 from Syria, and the weapon has been a major source of Israeli casualties in the conflict.

The RPG-29 Vampir with the tandem HEAT (high explosive anti-tank) PG-29V tandem charge warhead was developed by Russia in the late 1980s in response to the development of tanks having explosive reactive armor. The weapon is designed to actuate explosive armor with a first shaped charge, while a second charge is reserved to penetrate the tank's hull. The Soviet army received the RPG-29 in 1989. After the collapse of the Soviet Union, these weapons could be found in almost all of the former Warsaw Pact nations.

The strategic impor. tance of the dramatic battlefield effectiveness of the RPG-29 cannot be underestimated .The Iraqi resistance has not had access to significant quantities of RPG-29s because they were not readily available in the international weapons market until after post-Gulf War sanctions were applied to Saddam Hussein's Iraq. However, Syria and Iran possess large inventories of these weapons. Certainly, the Pentagon must be taking note of the effectiveness of these weapons against the Israeli forces in south Lebanon when considering the possibility of a military confrontation with Iran or Syria. In fact, the calculus of occupying any potentially hostile country has been significantly shifted. If the occupying forces can no longer rely on armored vehicles to engage militants or to travel, the price of occupation in terms of casualties will be much greater. This necessarily impacts countries like the United States and Israel more than it would countries that place a lesser value on the lives of their soldiers. In other words, the unexpected effectiveness of the RPG-29 is a severe blow to the West. It is the great equalizer. For $500 per launcher and $250 per missile round, a militant group can purchase a light, mobile weapon that is easy to conceal and that can reliably destroy a main battle tank that costs millions of dollars.

The long-term implications for Israel are even more significant. If Palestinian militants are ever able to acquire significant quantities of RPG-29s they could for the first time ever present a significant challenge to the Israeli army. This is particularly true because the Israelis have demonstrated an aversion to ground fighting and taking casualties in the campaign against Hezbollah. There is no doubt that groups such as Hamas and Islamic Jihad, both of which have close ties to Hezbollah, have been observing the conflict in South Lebanon with strong interest and have noted Israel's reluctance to send more ground troops in against Hezbollah fighters who are armed primarily with RPG-29s.

In fact, given the proximity of the West Bank and the Gaza Strip to major Israeli population centers (the distances could easily be traveled on foot by armed militants, who would have to keep themselves dispersed enough to avoid being destroyed by aircraft or armored vehicles) it is possible to imagine that sometime in the future that a Palestinian militia armed with such man-portable weapons could possibly successfully invade and conquer Israel without the use of expensive military equipment such as aircraft and tanks. If militants could penetrate Israeli territory enough to turn the battle into hand-to-hand fighting within major population centers, F-16s and nuclear weapons would be of no use to Israel. The previously unthinkable defeat of Israel could become a possibility.

For this reason, it could be theorized that recent developments on the ground in South Lebanon have made the "two state solution" to the Israeli-Palestinian conflict effectively unworkable from a pragmatic standpoint. Once a Palestinian state is established it would be practically impossible to prevent militants from acquiring large quantities of RPG-29s and other military equipment that could be used to equip infantry ground fighters. Once this happened, Israel would be in deep trouble.

On the other hand, judging from how Israel's Arab citizens have been integrated into the country, the establishment of a single secular state incorporating both present-day Israel and the present Palestinian territories might have a chance for success. Demographically, Arabs would have a small voting advantage in such a state, however economic power would remain largely in the power of the Jewish citizens. The rights of Jews and Arabs alike would be preserved in such a state, and a secular Israel/Palestine could become a genuine beacon of democracy and liberalism to the region. This could be the catalyst to the "New Middle East" that Washington has been seeking.

Of course, a certain amount of goodwill would need to be established before a one state solution could ever be made feasible. If Israel continues to inflict needless civilian casualties on Arab populations that end up on the front pages of the Arab press, the well will be further poisoned and its most viable path out of this seemingly endless conflict will be closed.

http://www.typepad.com/services/trackba ... 618dfb69e2
PS:Rohit,how many numbers of NAMICAs do you estimate that the IA then requires and how many for attack helicopters? Since the Nag is too large for being used as a man-portable ATGM,then what is the best alternative? I've given the poor man's alternative (admittedly of inferior range) but from the above combat experience,a most useful weapon,the RPG-29 very inexpensive and can be acquired in the thousands of rounds,10,000 costing just $5M.
Last edited by Philip on 08 Sep 2013 18:11, edited 1 time in total.
Karan M
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Re: Indian Missiles and Munitions Discussion

Post by Karan M »

RV :TOW is a specialized weapon system which is used in primarily in vehicle mounted role - the development having stemmed from halting the hordes of Red Army armored columns which NATO could not compete against in numbers. Something which PA also adopted against superior Indian armored forces. It is not a man-portable system and falls in the category of Kornet - the latest version has RF guided missiles which has made its way into PA. We have no equivalent for TOW in IA service, so the comparison is moot.
------------------------------

Actually, TOW is manportable. So the comparison is not moot at all. There is nothing specialised about TOW either.

http://www.army-technology.com/projects/tow/tow6.html

Only that it will require a dedicated ATGM team of 2-3 people to lug it around making it a pain versus the more compact Javelin. Hence it's being kept on the vehicles whereas the infantry takes the Javelin. Before the Javelin, they had the TOW, and if not that the LAWS, and earlier the miserable Dragon. Which design btw is still in production in a variant in Iran.

Similarly, the Europeans had the HOT which was widely exported. They are now moving to a bunch of newer designs but acquired in smaller quantities, a mix of Spike, Javelin, PARS3 (similar to HELINa)..

We have adopted the same concept as the TOW with our Konkurs. The TOW RF example shows how even the Konkurs could be kept relevant by upgrading the guidance. Instead, the Russians moved to three different designs with a complete change in the overall missile. These are the kornet, the métis-m -both technically manportable and for pure vehicle mounted operations, the khrizantema, or AT-15.

So the Konkurs for us, is what is on our BMPs and other light armoured vehicles. From what I can discern that's where it has been used. It's possible specific infantry units also received it. Whereas Milan has mostly been given to infantry alone (which is the weight issue I presume) and also mounted on jeeps, Tongas etc. Both missiles are pretty well absorbed in IA and regularly produced without the kind of abysmal QA we see from OFB. The indigenisation percentages for both missiles were around 70 percent as memory serves and BDL reps mentioned it was the license agreement with Russia and France that prevented them from localising the rest. We did do some tinkering on our own. The launcher of Konkurs was adopted for Milan (flame is fagot launcher for Milan equipment), simulators, and a couple of years back, we started putting elop thermal imagers on the launchers to modernise them. Stuff like that...the Pakistanis too use TOW, and since its exports are limited, they are locally producing Chinese ATGMs which are a poor mans version of the Konkurs, albeit modernised too to some degree. These are the Bakhtar shikans. Per reports, they gave a bunch to jihadis fighting the Serbs during the Balkan crisis, and the missiles were crap against the Serb version of the T-72, the T-84. So clearly they had their work cut out for them. They also received the Tow-2A from the US specifically when we started inducting the T-90 and there was much talk of Cold Start. It's the US equivalent of the Konkurs M.
But we haven't done anything with the missiles themselves. It's the typical MOD and DPSU reluctance to tinker with any weapon under license production lest the OEMS complain. Am sure that if BDL or BEL put their weight behind it, they could keep improving the missiles too or extend the designs further, albeit with help from DRDO and CSIR. But there is a fundamental lack of directive on this from higher up..also the IA should be ok with iterative modernisation to begin with, as versus disruptive.

Coming to the kornets, my understanding is that these missiles were not as effective as the IA had hoped otherwise we would have seen repeat orders. There was talk of the modernised BMP getting kornet but don't know where that went.
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Re: Indian Missiles and Munitions Discussion

Post by Karan M »

vic wrote:Estimated costs:-

Wire guided ATGMs around USD 20,000 per round

RF guided around 50,000

Laser beam Riders around USD 75,000

Laser beam homing ATGM around USD 125,000

IR MWIR like spike ATGM around USD 150,000

IR LWIR like Javelin around USD 200,000

Guesss what Indian Army wants?
Costs apart, the problem with all the SACLOS missiles is that they have heavy and cumbersome launchers, making the At teams 2-3 people strong and redeployment a pain. This also means that for safety, the user wants more and more range, which on the other hand means longer flight time for the missile, greater chance of detection etc. in contrast, the spikes and javelins, allow for over the shoulder firing and are much more portable and deployable across difficult terrain. Plus the warhead can be used against bith armor and infantry. In Afghanistan, the US troops used javelins like water using it to hit out at any target beyond small arms range. That can only happen if we build this missile in the numbers required but the bulk of the cost will be the seeker..

Anyways they are far better than cumbersome missiles like the RPG-29 which exposé the firer to counter fire, with their lack of guidance and short range.
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Re: Indian Missiles and Munitions Discussion

Post by Philip »

Here are test results of varied ATGMs/RPG rounds fired against T-90 and T-80 tanks .Pics are in the link.Are there any similar open-source data reg. tests against IA tanks?

http://www.iraq-war.ru/article/97442

Israel's vaunted tanks are succumbing to Hezbollah's powerful missiles
BENJAMIN HARVEY, Associated Press Writer
COST x BENEF: 500 US dollars per launcher and 300 US dollars per rocket

The RPG-29 is a tube style rocket launcher designed to be carried and used by a single soldier. On the top of the launch tube is the x 2.7 1P38 optical sight. On the bottom of the tube is a shoulder brace for proper positioning along with a pistol grip trigger mechanism. A 1PN51-2 night sight can be fitted.

Two projectiles are available for the weapon; the PG-29V anti-tank / anti-bunker round, and the TBG-29V Thermobaric anti-personnel warhead. The PG-29V round has a tandem HEAT warhead for defeating Explosive reactive armour

Projectiles are loaded into the breach of the weapon and are fired electrically. The rocket motor burns out before the projectile leaves the launch tube. Eight fins pop out as the rocket leaves the launch tube and stabilize the missile in flight.

The warhead is extremely powerful, and in tests conducted against T-80 and T-90 tanks it penetrated the tanks over their frontal arcs (See below).

Its average cost on the weapons market is around 500 US dollars per launcher and 300 US dollars per rocket .

http://en.wikipedia.org/wiki/RPG-29
20.10.1999 T-80U and T-90 Protection Trials

On October 20, 1999 extensive trials of T-80U and T-90 protection from various types of threats were conducted at TsNIIO 643a Testing Grounds. The tests involved firing large amounts of ordnance (including several versions of RPG ATGL, light and heavy ATGMs, and APFSDS rounds) at frontal projections of T-80U and T-90 MBTs both protected with Kontakt-V ERA and stripped of it.

T-80U and T-90 MBTs were represented by 3 vehicles each, one with Kontakt-V ERA, one with removed explosive packages and one reserve vehicle. For the ERA part of trials, knocked-out ERA packages were replaced after each shot.

One more T-80U MBT was used for special trials that focused on testing of Shtora-1 EOCMDAS.

The following weapons were used:

Infantry ATGLs (fired at a distance of 40m)
RPG-7 (using advanced 105mm grenade PG-7VR with a tandem warhead, pen. 650mm RHA)
RPG-26 (disposable launcher, pen. >500mm RHA)
RPG-29 (advanced 105mm launcher, pen. 750mm RHA)
ATGMs (fired at a distance of 600m)
Malyutka-2 (pen. >600mm RHA)
Metis (pen. 460mm RHA)
Konkurs (pen. 650mm RHA)
Kornet (pen. >850mm RHA)
APFSDS (fired from T-80U MBT at a distance of 1,500m, the most likely round is 3BM42)
Each weapon was fired 5 times at each target, for a total of 20 shots per weapon. The total number of shots fired during the trials thus exceeded 150.
The trials yielded the following outcome:

ATGLs

T-90: RPG-29 produced a total of 3 penetrations.
No other RPG rounds could penetrate even the stripped target.

T-80U: RPG-29 penetrated 3 times with ERA, all 5 times without ERA.
Of all other grenades, one PG-7VR penetrated the stripped target.
ATGMs
T-90: No ATGMs could penetrate the ERA-equipped target. One Kornet ATGM penetrated the stripped target.
T-80U: 2 Kornet ATGMs penetrated the ERA-equipped target, all 5 penetrated the stripped target.
No other ATGMs could penetrate.
APFSDS
T-90: ERA-equipped target could not be penetrated. Furthermore, after firing the crew entered the vehicle, activated it and was able to execute the firing sequence.
Without ERA, one round penetrated.
T-80U (data available only for stripped target): One round almost penetrated (3mm hole in the inner lining, no visible equipment damage); two penetrated to 1/2 thickness; one missed the target completely; one hit the gun.

The following pictures show the locations of impacts by ATGL RPG-29 (in red) and ATGM Kornet (in black) against ERA-equipped vehicles. Which of these hits penetrated was not disclosed.

Image T90
Image T80

Shtora-1 Trials
10 Kornet ATGMs with removed warheads were fired at a tank with a crew. 4 ATGMs hit the tank, the other 6 deviated to the left of the target in the middle of the flight.

Conclusions (VF)

RPG-29 proved to be by far the most potent weapon among those used. As powerful as heavy ATGM Kornet, it appeared to assure the frontal penetration of T-80U even for the squad-level firepower. Even though T-90 fared better, it is still not immune to it. Considering sufficient proliferation of this weapon and the fact that this is still a fairly light infantry weapon, it is the most dangerous adversary of modern Russian MBTs, and is a very disturbing development._

Original reports that ATGM Kornet performance is severely degraded by ERA due to its peculiar order of internal components proved true as the ATGM with at least 100mm higher penetrating potential was not superior to a much lighter RPG-29.

Report of Shtora-1 EOCMDAS trials is confusing. Being laser-guided, ATGM Kornet should not suffer any interference from Shtora as it only affects IR SACLOS ATGMs. Furthermore, ATGMs can only deviate to the left if the marker is set to the left of both emitters, which is hardly likely. It is possible, however unlikely, that it was caused by a sloppy work of removal the warhead which e.g. could cause a gyro cofusion.

http://armor.kiev.ua/fofanov/Tanks/TRIALS/19991020.html
$200,000 a Javelin round vs a $500 RPG-28 round.While it certainly doe snot have the range of ATGMs,the RPG has had phenomenal success against the Israelis.Read how infantry was also affected by these rounds.

The real damage from RPG fire was the fragments from the exploding grenades. Even the anti-tank round (the most common fired by the RPG) would throw out wounding fragments for 10-15 feet. These rarely killed, but troops were often wounded in the arms, legs and face, and often put out of action for a while. But most armies, and irregulars, like the RPG because it is cheap, easy to use and very effective against troops lacking protective vests and helmets.
Last edited by Philip on 08 Sep 2013 18:33, edited 2 times in total.
Karan M
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Re: Indian Missiles and Munitions Discussion

Post by Karan M »

vishvak wrote:Or under strategic dev/manufacturing with Russia in India as per India-specific requirements of shoulder launched missile - along with Brahmos model for mk1 version exports - could be one possibility.
They don't have anything comparable. The RPG29s which are unguided, etc are suitable for poorly trained, relatively unskilled guerrilla forces, but not suitable for proper armies who want a long range, guided weapon. The trend is towards fire and forget missiles but the spike offers a hybrid solution, with a fiber optic wire that allows for man in the loop intervention, if need be
The other option for their use is urban warfare, but their again, their back blast limits their usage. Hence the usage by many forces of RCL type weapons like the Carl Gustaf series, and the Israelis and swedes have more compact solutions too on offer.
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Re: Indian Missiles and Munitions Discussion

Post by Philip »

http://www.iraq-war.ru/article/97442

To the best of my understanding, they (Hezbollah) are as well-equipped as any standing unit in the Syrian or Iranian armies, said Eran Lerman, a retired army colonel and now director of the Israel/Middle East office of the American Jewish Committee. This is not a rat-pack guerrilla, this is an organized militia.

Besides the anti-tank missiles, Hezbollah is also known to have a powerful rocket-propelled grenade known as the RPG29. These weapons are also smuggled through Syria, an Israeli security official said, and were previously used by Palestinian militants in Gaza to damage tanks.

Strangely,in the list of around 70 user nations,there is no mention of India using the weapon.It could be an excellent additional inexpensive asset for our infantry,as there are a variety of rounds for diff. tasks.
PG-7VL [c.1977] Improved 93 mm HEAT warhead effective against most vehicles and fortified targets. Replaces the earlier 85mm[8][9][10] PG-7V HEAT warhead [c.1961].
PG-7VR [c.1988] Dual 64mm/105mm HEAT warhead for defeating modern armored vehicles equipped with reactive armor blocks. The first warhead (64mm HEAT) detonates the reactive armor block prematurely and the second warhead (105mm HEAT) passes through the gap to hit the exposed armor underneath.
TBG-7V [c.1988] 105 mm Thermobaric warhead for anti-personnel and urban warfare.
OG-7V [c.1999] 40mm fragmentation warhead for anti-personnel warfare (warhead is within caliber due to limitations of international treaties).[citation needed]
GSh-7VT [c.2013] Anti-bunker warhead with cylindrical follow-through blast-fragmentation munition followed by explosively formed penetrator.[11]
http://www.ar15.com/forums/t_1_5/955729 ... PG_29.html
The RPG-29 is much more effective, with greater armor penetration, all anti-tank rounds are tandem-charge so ERA isn't all that effective, and Russia, Iran, Syria, Hamas, and Hezbollah are all armed with RPG-29's. The RPG-29, unlike the RPG-7, CAN kill a modern MBT. I know of at least one instance where an Abrams in Iraq had an RPG-29 blow through the turret armor and splatter against the back of the interior, fortunately missing the crew and vital equipment inside. I know (as seen above) one penetrated the frontal armor of a Challenger II and blew off the driver's foot. During the last punitive expedition into Palestine by Israel, several Merkava's (Mk. III or Mk.IV, I don't know.) became mission kills thanks to hits from RPG-29's and had to be towed off the battlefield for repairs.
From various analyses,the CG is better as an anti-personnel weapon,while the RPG is a better anti-armour weapon,which has taken out M-1s,Challengers and Merkavas too.

Probably the best description of the RPG-29.

"The RPG7 is inexpensive to make, and shoot. It is used as an short range anti-armor, anti-vehicle, anti-bunker, and anti-personnel weapon."
Last edited by Philip on 08 Sep 2013 19:10, edited 1 time in total.
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Re: Indian Missiles and Munitions Discussion

Post by Karan M »

Militia or not, they are no army. An army has higher standards of training, organization and deployment. And a key criteria of weapons system selection is to maximise user safety. Unguided weapons, which are bulky and have significant back blast are not preferred. They expose the operator to significant risk and counter fire.

Also they tend to procure their own weapons as versus being dependent on what other nations donate, transfer for a proxy war campaign.

In contrast,
Sweden offers this for urban warfare, the AT4 which has been exported to 15 countries worldwide, mostly modern standing armies.
http://www.saabgroup.com/en/Land/Weapon ... s/?tab=123

The Carl Gustaf similarly in service with the Indian Army, comes with a tandem warhead as well.
84mm Carl Gustav HEAT 751 Shaped Charge tandem warhead ...
http://www.youtube.com/watch?v=q6j9wEF1sf8

It is a far more versatile weapon than the RPG and is the weapon of choice of many professional organisations, including the US where it is license produced.

For heavier armor, that is why the Spike and Javelin are so popular, by virtue of their top attack profiles. Even a RPG-29 with its oversized warhead may not penetrate the frontal armor of a MBT and requires the firer to take significant risk, firing it at a lightly armoured spot and having to be in visual line of sight of the target. exposing him to both the tank armament, and thatvof infantry accompanying armor. On the other hand, top attack ATGMs can punch through the weakest sections, and the firer can then relocate ASAP before counter fire comes their way, and that too, from 2 km out, night or day.

In contrast, they require significant investment in training, spares. A RPG in contrast is a poor mans equivalent as it does not require similar skill to operate and can be fielded en masse by relatively inexperienced recruits who "learn on the job" and by a Darwinian process of selection are weeded out.
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Re: Indian Missiles and Munitions Discussion

Post by member_23455 »

vic wrote:Estimated costs:-

Wire guided ATGMs around USD 20,000 per round

RF guided around 50,000

Laser beam Riders around USD 75,000

Laser beam homing ATGM around USD 125,000

IR MWIR like spike ATGM around USD 150,000

IR LWIR like Javelin around USD 200,000

Guesss what Indian Army wants?
Apart from the flawed logic of posting costs without context...you might want to check up on the numbers e.g. Javelin

http://www.bga-aeroweb.com/Defense/Jave ... tml#Budget

A bit OT...but everyone including the US is aware that the costs of shooting of a Hellfire or JDAM against 1-2 guys is not sustainable. But till cheaper options come online, you fight with the weapons you have.

http://www.nationaldefensemagazine.org/ ... s3023.aspx
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Re: Indian Missiles and Munitions Discussion

Post by Philip »

There are about 70 nations with regular armies that are using the RPG.Including Pak.Not just the Hiz.Some further details on its effectiveness.
he RPG-29 uses a tandem-charge high explosive anti-tank warhead to penetrate explosive reactive armor (ERA) as well as composite armor behind it. It is capable of penetrating MBTs such as the M1 Abrams, older model Mark II version of the Merkava,[10] Challenger 2, or T-90.[11]

In August 2006 in al-Amarah, a Soviet RPG-29 damaged the front underside of a Challenger 2, detonating ERA in the area of the driver's cabin. The driver lost part of his foot and two more of the crew were also injured but the driver was able to reverse 1.5 mi (2.4 km) to an aid post. The incident was not made public until May 2007, and in response to accusations, the MoD said "We have never claimed that the Challenger 2 is impenetrable." Since then, the ERA has been replaced with a Dorchester block and the steel underbelly lined with armour, as part of the 'Streetfighter' upgrade, which was a direct response to this incident.[12] In May 2008, The New York Times disclosed that an American M1 tank had also been damaged by an RPG-29 in Iraq.[13][14] The American army is ranking the RPG-29 threat to American armor as high; they have refused to allow the newly formed Iraqi army to buy it, fearing it will fall into the insurgent hands.[15]
The RPG-30 was designed to address the threat of active protection systems on tanks by using a false target to trick the APS.[1
From the Sunday Telegraph UK,,xcpts:
The unit's commander described the moment the tank was hit by the missile in a letter he wrote to the wounded soldier in March. The officer wrote: "I recall seeing it [the RPG-29 being fired] and thinking, 'Oh Christ, that's bad.'

"As it slammed into the hull, I was picked up by the shock wave of the blast and thrown against the back wall of the turret. The explosion singed my eyebrows and burnt my face slightly. The tank was full of acrid smoke and fumes. I became aware of you screaming, 'I'm hit, I'm hit. My foot's off.'

"Daz [another crew member] and I looked at each other in slight disbelief - after all, what could possibly breach a CR2's [Challenger's] armour?"
Granted that we have been using the CG for a very long time and a tandem warhead is fine for the anti-armour role.It could fit the bill.
Any accurate comparison/stats of the CG vs RPG-29's range against armour? Wik has 150m for the CG,700m against stationary targets,1000m rocket boosted, and 500m for the RPG-29.One report has the RPG's range as 700m.There is also a mention that the DRDO has made the CG lighter by using composites.Any further details on this and cost comparisons ?

Here is a good piece about the RPG causing the max casualties against the US these days.

http://www.exile.ru/articles/detail.php?ARTICLE_ID=7322

Most Valuable Weapon: the RPG
By Gary Brecher
"The weapon of choice for the Iraqi resistance is the rocket propelled grenade (RPG)-7."

George J. Mordica II
USA Center for Army Lessons Learned

If you've been reading my columns for a while, you probably noticed I don't talk military hardware as much as most war buffs. There are a lot of people who'll talk all day about whether the Russian T-90 or the US Abrams is the best MBT. I don't do that much, for the simple reason that wars these days don't come down to one model of tank vs. another. It's pretty rare to find a war where both sides even use tanks. Most of the time it's guerrilla vs. guerrilla, or conventional army vs. guerrilla. The odds of an all-out hi-tech war between two conventional armies like the US and Russia are about...oh, zero-point-zero. So it just doesn't matter that much whether their tanks could beat ours in some make-believe replay of the Kursk Salient. If you want to play that kind of war, buy a computer game. God knows there's enough of them. If you want to know how people make war now, in the real world, you need to study people, not hardware.

Sad but true, boys: war these days is more like Social Studies than Metal Shop. It's about tribal vendettas, military intelligence, propaganda, money -- just about everything except pure hardware.

Don't get me wrong, I love the hardware as much as anybody. I used to spend every free hour, back before there was an internet, going over those big heavy reference books in the library: Jane's Tanks, Jane's Missile Systems, Jane's Combat Vehicles. I had those things memorized. Seriously, you could open any of Jane's handbooks at random, read me the name of a weapons system, and I'd recite its stats from memory -- Norwegian anti-ship missiles, South African APCs, you name it.

But eventually I had to face the facts: most of those weapons are never going to get used. If you look at all the real wars going on right now, you come across the same two weapons, over and over: the AK-47 and the RPG-7 -- both Russian designs, and both older than your Dad.

They're the weapons that matter, because they're already out there, millions of units, enough to equip every guerrilla army in the world, simple enough that you can teach a peasant kid with hookworm and a room-temperature IQ to fire them, and cheap enough to buy in bulk.

And the RPG is the best of all, even better than the Kalashnikov. This simple little beauty just keeps getting more and more effective. This cheap little dealie, nothing but a launcher tube and a few rockets shaped like two ice-cream cones glued together, has kicked our ass (and Russia's too) all over the world since back when the Beatles were still together. In fact, more and more guerrilla armies are making the RPG their basic infantry weapon, with the AK used to protect the RPG gunners, who provide the offensive punch. The Chechens fighting the Russian Army are so high on it that they've switched their three-man combat teams from two riflemen and an RPG gunner to two RPG gunners with a rifleman to protect them.

There's another stat that's even more important right now: the RPG has inflicted more than half -- half! -- of US casualties in Iraq. This is the weapon that's hurting us. And it's been doing that for one hell of a long time.

The Soviets created the RPG for use by Soviet infantry squads against US tanks, APCs and personnel in that big NATO/Warsaw Pact war everybody was dreaming of back in the sixties. The design was an example of beautiful simplicity. It was a classic of Warsaw-Pact reverse-engineering. Warsaw Pact weapons designers had this attitude that it was a waste of time to design from scratch when you could count on your spies (and the Russians had the best spies in the world back then) to get you the specs on the weapons other countries had spent billions designing. So they just put together a cross between the two best shoulder-fired anti-armor weapons around, the Wehrmacht Panzerfaust and the US Army bazooka. And that was the birth of the most important weapon in contemporary warfare.

The RPG got its start against our guys in Vietnam. The Viet Cong and NVA used them as squad-level anti-armor weapons, and they were so damn good at it that we never got our money's worth from the tanks and APCs we sent over. Our APC back then was a really lousy dumptruck, the M113 -- basically a light-tank chassis with flat slabs of aluminum on the sides and top.

Sometimes you can see how good a design is just by the way it looks. One look at an M113 and you can see that this was a lousy vehicle. It was about as tall as Yao Ming, which meant it was a real big target. The aluminum armor didn't have firing ports, so the soldiers inside just had to put their helmets over their balls, close their eyes and hope the crew would open the hatch and let them out ASAP. The armor was just thick enough to slow the thing down, but not nearly enough to stop an RPG round. Which is no surprise when you know that an RPG armor-piercing round can penetrate 300mm of rolled steel -- more than a foot of steel. Not a bad punch for such a little weapon to pack.

GIs who'd seen what an RPG hit could do to an M113 got in the habit of saying, "I'll walk, thanks." The RPG warhead does something called "spalling," which means the warhead turns the aluminum side armor of an APC into molten shrapnel which goes zipping through the guts of everybody inside like a Benihana chef's knife, only it's a knife as hot as the surface of the sun.

If GIs in Nam did have to ride an M113, they wore a lot of St. Christopher medals and sat on top. They were a lot less scared of getting shot by a sniper than of being hit by an RPG sitting inside.

We had nothing like it and still don't. We had the LAW, another shoulder-fired rocket originally designed to penetrate armor, but it wasn't nearly as easy to carry, because it didn't have the reuseable launcher the RPG featured. If you wanted to throw a dozen rockets at an enemy bunker, you had to carry a dozen LAWs along, whereas the RPG gunner needed just one launcher and a sack full of warheads.

Nam was just the beginning of the RPG's career. Just think back to Mogadishu 1993. The whole Blackhawk Down mess happened because some Afghan Jihadis who'd retired to Mogadishu -- guess it was nice'n'restful compared to Kandahar -- showed the Somalis how to use the RPG-7 as an anti-aircraft weapon, which its Russian designers never even thought of. The RPG was the key to the whole battle that ended up killing 18 Ranger and Delta guys (Jeez, remember when 18 GIs dead was supposed to be "unacceptably high" losses?), getting us to bug out from Somalia, and getting Ridley Scott's directing career back on track.

First the Somali RPG gunners, firing up from the streets where they'd dug holes to channel the big rocket backblast, hit our Blackhawks, bringing them down in the maze of slums. That drew our troops into the slums, where everybody from toddlers to grandmas started potshotting them with AKs.

The Afghans worked out how to use RPGs as AA back in the 80s, fighting the Soviets. I guess it was a little bit of poetic justice that the first helicopters to get brought down were Russian. The Afghans didn't have much to use against choppers except captured Russian heavy 14.5 cal. machineguns, which didn't have enough punch to bring down the Mi-24. And Reagan, the wimpiest hawk that ever flew, waited five long years to give the Mujahideen the Stingers that could take down an Mi-24 every time. So the Afghans started playing around with using the RPG against Russian CAS.

They came up with some great improvisations. There's nothing like war to bring out the inventor in people! One thing the Afghans figured out was how to use the self-destruct device in the warhead to turn the RPG into an airburst SA missile. See, the RPG comes with a safety feature designed to self-destruct after the missile's gone 920 meters. So if you fire on up at a chopper from a few hundred meters away, at the right angle, you get an airburst just as effective as SA missiles that cost about a thousand times more.

When the Chechens took on the post-Soviet Russian army in 1994, the good old RPG was the key weapon once again. By this time, the Russians must've been cursing the name of the man who designed the thing. What the Chechens found out in their first war against the Russians in 1994 was that the RPG is the perfect weapon for urban combat. The Russians sent huge columns of armor into the streets of the city, and the Chechens waited on the upper floors, where they couldn't be spotted by choppers but still held the high ground. They waited till the tanks and APCs were jammed into the little streets, then hit the first and last vehicles with RPGs -- classic anti-armor technique. That left the whole column stopped dead, and all they had to do was keep feeding warheads into the launchers, knocking out vehicle after vehicle by hitting it on the thin top armor. The Russians were slaughtered, and they had to pull back and settle for saturating the city with massed artillery fires, which killed lots of old ladies but didn't do any harm to the fighters. So basically the RPG singlehandedly lost the Russians their first Chechen War.

Which brings us to Iraq, now. The first key to the RPG's effectiveness is availability, and it turns out that the one thing Iraq had more than enough of, in spite of all those sanctions, was RPG launchers and rounds. Saddam's army had an official license from the Russians to produce RPGs in Iraqi factories, and they made so many that, when Saddam went down, there were piles of launchers with plenty of anti-armor and anti-personnel rounds in most Iraqi towns. And after the Iran-Iraq War and Gulf War I, so many Iraqi men had trained on the RPG that there were plenty of gunners and instructors to teach the new generation how to use it.

Everything about the RPG design seems like it was designed to be used in Iraqi cities. It's got one of the shortest arming ranges of any shoulder-fired anti-armor weapons, which means you can fire it at a Hummer coming right down the street. It's light enough, at 15 pounds, for even the wimpiest teenager to run through alleys with. It's simple enough for any amateur to use -- the original non-camera example of "point and shoot."

US doctrine for countering the RPG always stressed looking for the flash when it's fired, and the blue-grey smoke trail it leaves. There are two problems with that, though. In the first place, unlike, say, the TOW, the RPG is unguided, so once it's launched, it doesn't do much good to kill the gunner. You're still going to get hit. Second, it's not easy to see the blast or the smoke trail in one of these Iraqi "urban canyons." Too many walls to hide behind.

Our doctrine also used to stress laying down heavy fire in the general direction of the RPG launcher, to suppress further firings and hopefully kill the crew. But when you're fighting in the middle of an Iraqi city, that kind of general fire is going to kill a lot of hunkered-down civilians along with the RPG crew. And that doesn't look good on TV. More importantly, it makes you a lot of new enemies among the people whose cousins got shot.

Even if the RPG doesn't disable a vehicle, the blast radius of the anti-armor round is four meters, which means anybody in the area is going to be seeing little birdies for a good few minutes, deaf from the blast, temporarily blind, not to mention very scared and pissed off. Once you've got the occupying troops in a position like that -- I mean literally blind and deaf -- you're in a guerrilla strategist's idea of Heaven. Troops in that mood tend to start firing blind, which makes everybody hate them even more, which suits the guerrilla right down to the ground.

The next question about the RPG is how it's done in its first big combat test against a whole new generation of US Armor that was designed to counter it, like the M1 Abrams, Bradley, and Stryker. I'll talk about that in my next column.
Xcpt. from continuation,RPGs against M-1s:
What we're doing here is running a very expensive war game to find out what the M1's weaknesses are -- back, sides, whatever. These "weaknesses" don't matter if we were using the M1 right, using its fantastic on-the-move targeting system to blast enemy tanks on an open battlefield. If that's the war you're fighting -- the war we fought in GW1 -- then it's totally smart to put the light armor on those places. If you're fighting in Arab cities, like we are now, no tank is any good. A tank has two assets, firepower and speed. In a city, both those things are gone. It can't fire freely without killing civilians, and it can't move fast without crushing them in their houses. All it can do is sit there waiting for somebody to find the right firing angle to hit it on the lighter armor up top or underneath. It's like taking a knight and stationing him at a corner like a traffic cop: sooner or later somebody's going to slit his hamstrings with a cheap pocketknife.

So the lesson is: hardware just isn't that important in a war like this. In urban warfare, what matters is intelligence and propaganda, not firepower.
Another lesson: the more you compare that way we used our strengths in GWI with the way we wasted them in GWII, the more you respect Colin Powell. He got it exactly right the first time -- meet the enemy in unpopulated, flat desert, stay the Hell out of the cities, stick with our strengths: air power and mobility.

Which brings up another big question: General Powell, how come you didn't resign when you must've known they had it all wrong this time around?
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Re: Indian Missiles and Munitions Discussion

Post by vasu raya »

Noob question, if Akash is radar guided using a WLR would it be feasible to have infantry level BFSR-SR to guide the manpads doing away with expensive seekers. Have the BFSR mast mounted on Namica sort of vehicles.
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Re: Indian Missiles and Munitions Discussion

Post by Karan M »

Many nations purchased the RPG because they could not purchase any better.

Its like saying many nations purchased the AK, so its the best weapon. Yes they did. But those who have money, or have stringent standards prefer better. The Indian Army uses the Ak too, but as a stop gap. While its regular combat formations, not in COIN, use the INSAS and a replacement program for both is meant to be state of the art, and expects something far better.

Gary Brecher is the pseudonym of a Brit journalist who runs exile.ru.

It meant to be a part parody, part satire, part serious account of war, hence the name war nerd, referring to some nerd out of fresno (US) who fantasizes about war.

Not an authoritative reference.

The US has suffered casualties due to RPGs because thats what is available to their opponents, and also because the US has used armor in cloistered, urban areas in an attempt to minimize casualties amongst its troops. Same as what Israel did in Palestine/Lebanon.

Problem with armor is and has been the limited situational awareness. Only a handful of tanks today have full 360 degree awareness via high rez cameras etc, and very few such items have been deployed. Hence they are vulnerable to IEDs, to RPGs fired from street corners etc etc.

If the US were to deploy full scale combat tactics in urban areas, tanks supported by infantry, respond to each and every provocation eg RPG strike - with full force, then the scales would tip.

Instead, having bloodied themselves in a war, they were unprepared for, they have withdrawn.

But the tanks served their purpose of having soaked up immense amounts of fire, and protected the crew/regular joes from many strikes. Tanks can be rebuilt, people once lost, will remain so.

Similarly, in Lebanon, the much vaunted Israeli tanks operated in prime Anti Tank territory, with many ATGM nests directed against them.

Results were mixed for both sides.

The Israelis came out without a clear victory, which itself was a big plus for Hezbollah.

Hezbollah lost a lot of its inventory and had enough of its men disabled, stockpiles run down, that it too did not want an early repeat.

Now - most tanks are to field active and passive countermeasure systems.

Israel is fielding Iron Fist and Trophy.

Iron Fist

Iron Fist employs a sophisticated, multi-sensor early warning system, utilizing both infrared and radar sensors, providing the crew with enhanced situational awareness and early warning from potential threats. Upon a threat warning, the modular system employs the multi-layered defenses, comprising electro-optical jammers, Instantaneous smoke screens and, if necessary, an interceptor-based hard kill Active Protection System (APS). The Iron Fist effectively protects against the full spectrum of Anti-Tank (AT) threats including AT Rockets fired at short range, in open area or urban environment, AT Guided Missiles, High Explosive AT and Kinetic Energy rounds.

http://www.imi-israel.com/home/doc.aspx?mCatID=68194
http://www.youtube.com/watch?v=4jNUS6C0S30

Trophy (check what happens to the RPG-29)
http://www.youtube.com/watch?v=b2VOwPydPn4
Animation
http://www.youtube.com/watch?v=q7OrePJDqAQ
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Re: Indian Missiles and Munitions Discussion

Post by Karan M »

In such a milieu, weapons like the AT4 or the Carl Gustaf when used against tanks, are weapons of last resort. They are defensive weapons. Basically the last option available to infantry to take on armor.
In contrast, weapons like the Javelin or Spike offer infantry the ability to take on armor whilst preserving themselves. By saturating a tank, with Javelin strikes, at range, a missile may still get through, while the operators escape. However, if the same were to be attempted at close range, the operators would be vulnerable to counter fire.
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Re: Indian Missiles and Munitions Discussion

Post by Karan M »

vasu raya wrote:Noob question, if Akash is radar guided using a WLR would it be feasible to have infantry level BFSR-SR to guide the manpads doing away with expensive seekers. Have the BFSR mast mounted on Namica sort of vehicles.
BFSR-SR is a 2D radar, low power. To guide any light weight missile of any sort, you need a 3D radar. If you take away guidance from the missile, then the radar will need to scale up in size (better accuracy, resolution which require sharper beams) and power.
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Re: Indian Missiles and Munitions Discussion

Post by member_27444 »

Sagar G wrote:
Amyrao wrote:true and agreed because of DRDO, I and you are of the same kind sir.
Not at all sir I can assure you that in any universe you and I are not the same, never will be.
Amyrao wrote:I have met people who work in DRDO as late as in 2011.
I have fiends, class mates and relatives who work for DRDO and in Armed forces.
I interacted with DG procurement
I have worked with HAL Hyderabad and Koraput
I have worked with OFP Medak and Avadi
Yet you indulge in whining instead of posting something useful from which other's can gain some knowledge and you are not the only one here who has contacts or has met "people" or has worked in institutions so please don't try to "chamkao" by namedropping. You can keep living in your corner of shame and failure, don't try and drag others to it as well.

End of discussion.

Yes
I am sorry I forgot
The age old saying never wrestle with a pig
It's " chamkao" is stench
And I wish you ever happily live in what you excel

With great regret I post this
Enjoy that you are
Good luck if you are DRDo employee I wish you success for the nations sake
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Re: Indian Missiles and Munitions Discussion

Post by rohitvats »

Karan M wrote:<SNIP> Actually, TOW is man-portable. So the comparison is not moot at all. There is nothing specialised about TOW either.

http://www.army-technology.com/projects/tow/tow6.html

Only that it will require a dedicated ATGM team of 2-3 people to lug it around making it a pain versus the more compact Javelin. Hence it's being kept on the vehicles whereas the infantry takes the Javelin. Before the Javelin, they had the TOW, and if not that the LAWS, and earlier the miserable Dragon. Which design btw is still in production in a variant in Iran.

Similarly, the Europeans had the HOT which was widely exported. They are now moving to a bunch of newer designs but acquired in smaller quantities, a mix of Spike, Javelin, PARS3 (similar to HELINa)..

We have adopted the same concept as the TOW with our Konkurs. The TOW RF example shows how even the Konkurs could be kept relevant by upgrading the guidance. Instead, the Russians moved to three different designs with a complete change in the overall missile. These are the kornet, the métis-m -both technically manportable and for pure vehicle mounted operations, the khrizantema, or AT-15.
Karan - there is a fundamental difference between dismounted role and man-portable. The distribution of Javelin and TOW within an US Infantry unit is an indication of the same.

A typical infantry unit has a Weapons Company with 4 x Assault Platoons. Each platoon has 2 x Vehicle (Humvee) mounted TOW missile units with their reloads (apart from other weapons like 0.5 Cal and 40mm AGL). As compared to this, each platoon of the infantry unit has a 2-man ATGM team equipped with Javelin missile. The engagement envelope of the TOW is much bigger than Javelin and inspite of the technological advantages of Javelin, the stand-off range of the missile is limited. Here stand-off range is defined as difference between the range of enemy weapon and your missile.

For good or bad, we've never used this combination - the same Milan or Milan-2T is used in mounted and man-portable role. IIRC, each infantry unit in IA has 8 x ATGM Launchers with 8-10 reloads. Had IA wanted to use a heavier missile, HOT or a Russian counterpart would have already been in IA service.

As you rightly pointed out, Konkur-M are used on BMP-2 - but on BMP-2 only. No other vehicle or missile is used in AT role in IA (BRDM being an exception).

For reasons known only to the IA, it has never gone for heavier ATGM - the HOT missile that you refer to is the European cousin of TOW. The very European armies which employed HOT also has missiles like Milan as their primary infantry ATGM.

Pakistan Army uses TOW missiles because because for a very long time it has had Heavy and Light Anti-tank Battalions. These are concentrated at Corps HQ level and distributed as per requirement. The difference between Heavy and Light AT battalion is in terms of tracked and wheeled vehicles. The former primarily has M113/Local APC mounted ATGM.
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Re: Indian Missiles and Munitions Discussion

Post by rohitvats »

Philip wrote:<SNIP> PS:Rohit,how many numbers of NAMICAs do you estimate that the IA then requires and how many for attack helicopters? Since the Nag is too large for being used as a man-portable ATGM,then what is the best alternative? I've given the poor man's alternative (admittedly of inferior range) but from the above combat experience,a most useful weapon,the RPG-29 very inexpensive and can be acquired in the thousands of rounds,10,000 costing just $5M.
Well, if my assumption about them being used first with R&S battalions, then we're talking about ~100 NAMICA systems with attendant missiles. The number of missiles could between 3,000-4,000 units. But all this is conjecture.

As for RPG-29, well, IA has never been fan or 'spray-and-pray' kind of weapons. It uses the Carl Gustav 84mm RL for providing the required support. IMO, these weapons are OK for fighting armor in built-up-area but not over open terrain. And I don't think IA intends to do that. We hope the ATGM will take out the armor long before that.
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Re: Indian Missiles and Munitions Discussion

Post by Karan M »

rohitvats wrote:Karan - there is a fundamental difference between dismounted role and man-portable. The distribution of Javelin and TOW within an US Infantry unit is an indication of the same.

A typical infantry unit has a Weapons Company with 4 x Assault Platoons. Each platoon has 2 x Vehicle (Humvee) mounted TOW missile units with their reloads (apart from other weapons like 0.5 Cal and 40mm AGL). As compared to this, each platoon of the infantry unit has a 2-man ATGM team equipped with Javelin missile. The engagement envelope of the TOW is much bigger than Javelin and inspite of the technological advantages of Javelin, the stand-off range of the missile is limited. Here stand-off range is defined as difference between the range of enemy weapon and your missile.

For good or bad, we've never used this combination - the same Milan or Milan-2T is used in mounted and man-portable role. IIRC, each infantry unit in IA has 8 x ATGM Launchers with 8-10 reloads. Had IA wanted to use a heavier missile, HOT or a Russian counterpart would have already been in IA service.
Two reasons come to mind - heavier weapons require more Jongas/vehicles? A finance/shortage issue?
Standardizing on one Milan makes logistics easier..

Also, earlier Pak/Chinese tanks with limited sights, poor stabilization would probably engage at much lower distances.. <2km. I recall multiple references to sub two km engagements being common in Indo Pak context etc. While this had to do with terrain as well, it probably had a bit to do with the earlier opfor equipment too. Now things are probably different..
As you rightly pointed out, Konkur-M are used on BMP-2 - but on BMP-2 only. No other vehicle or missile is used in AT role in IA (BRDM being an exception).
Which leads me to believe that the reports of Spike being chosen for both infantry and vehicles by the IA probably had this as a reason. A single missile family to cover all requirements.. the Javelin can only probably cover up for the Milan..

Or could just be confused about BMPs..321 launchers is way too few for both infantry and IFVs
http://www.globes.co.il/serveen/globes/ ... 0&fid=1725
This guy was more reasonable about deal not being a done deal
http://defense-update.com/20110325_spike_javelin.html

This could mean there were issues with the process, test results which COAS got to know (ref other report of failed trials):
http://articles.timesofindia.indiatimes ... -procedure
For reasons known only to the IA, it has never gone for heavier ATGM - the HOT missile that you refer to is the European cousin of TOW. The very European armies which employed HOT also has missiles like Milan as their primary infantry ATGM.
One reason could be threat perception. All the way till the early 90's, T-72s were overkill versus bulk of Chinese/Pak armor. Similarly, Milan 2 would have been sufficient as well. On the other hand, the Pakistanis would have needed better equipment to face off against us..
Similarly, the Europeans faced off against many frontline MBTs fielded by the Russians including T80s, advanced T72 variants (though without tandem warheads, that might have been a big issue)..
Pakistan Army uses TOW missiles because because for a very long time it has had Heavy and Light Anti-tank Battalions. These are concentrated at Corps HQ level and distributed as per requirement. The difference between Heavy and Light AT battalion is in terms of tracked and wheeled vehicles. The former primarily has M113/Local APC mounted ATGM.
Because we had better armor? They would have had to field better equipment in turn to hold us off.
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Re: Indian Missiles and Munitions Discussion

Post by vasu raya »

Karan M wrote:
vasu raya wrote:Noob question, if Akash is radar guided using a WLR would it be feasible to have infantry level BFSR-SR to guide the manpads doing away with expensive seekers. Have the BFSR mast mounted on Namica sort of vehicles.
BFSR-SR is a 2D radar, low power. To guide any light weight missile of any sort, you need a 3D radar. If you take away guidance from the missile, then the radar will need to scale up in size (better accuracy, resolution which require sharper beams) and power.
well, BFSR is probably first gen now, there was a reference to 1/8th scale model of AESA radar meant for Tejas? currently in testing, can one expect an AESA based radar in BFSR form factor that fills the niche without reaching the size of Aslesha where the radar nos shrink and not be viable at the Infantry level.
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Re: Indian Missiles and Munitions Discussion

Post by rohitvats »

Karan M wrote: Two reasons come to mind - heavier weapons require more Jongas/vehicles? A finance/shortage issue?
Standardizing on one Milan makes logistics easier..

Also, earlier Pak/Chinese tanks with limited sights, poor stabilization would probably engage at much lower distances.. <2km. I recall multiple references to sub two km engagements being common in Indo Pak context etc. While this had to do with terrain as well, it probably had a bit to do with the earlier opfor equipment too. Now things are probably different
IA transitioned from 106mm RCL Guns to ATGM of Milan-2 variety. The RCL Jongas/Jeeps gave way to vehicles optimized for ATGM firing. We've seen such specimen in RD Parades.

Also, more than the threat perception, I think it is the engagement distance which would dictate the requirement. The ability to fully exploit a tank gun or a missile beyond or even close to 2 km is considered difficult in our context. Both in Punjab and deserts.

In fact, I was reading US Army document which spoke about inability to exploit the 3.75 km distance of TOW Missile - the reason being that it requires tremendous training to be able to hold the target for such a long flight time. Plus, in case of SACLOS Missiles, more the flight time, more the chances of discovery of firing unit by enemy.

There is another practical reason - the wire which guides the missiles should not get tangled; I've heard stories of villagers using the stone-at-the-end-of-long rope to bring down ATGM in firing ranges by snapping the guidance wire.

Net - a long range SACLOS ATGM might not be able to do full justice to its capabilities. A true F&F Missile like Nag is more suited for such roles.
Which leads me to believe that the reports of Spike being chosen for both infantry and vehicles by the IA probably had this as a reason. A single missile family to cover all requirements.. the Javelin can only probably cover up for the Milan..
Karan - I think it is either going to be Spike or Javelin. As I said earlier, unlike the US Army, we use only one type of missile at Infantry Battalion level. BMP-2 re-equipment requirement is being taken care of by Kornet as per media reports.
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Re: Indian Missiles and Munitions Discussion

Post by Sagar G »

Amyrao wrote:Yes
I am sorry I forgot
The age old saying never wrestle with a pig
It's " chamkao" is stench
And I wish you ever happily live in what you excel

With great regret I post this
Enjoy that you are
Good luck if you are DRDo employee I wish you success for the nations sake
But unfortunately with pigs people like you wandering over the net one has to indulge in the same even if one doesn't want too, keep your wishes with yourself I don't need them the stench of your character darts out of them.
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Re: Indian Missiles and Munitions Discussion

Post by Karan M »

Vasu Raya wrote:well, BFSR is probably first gen now, there was a reference to 1/8th scale model of AESA radar meant for Tejas? currently in testing, can one expect an AESA based radar in BFSR form factor that fills the niche without reaching the size of Aslesha where the radar nos shrink and not be viable at the Infantry level.
BFSR is state of the art still. It uses microprinted planar array, developed by LRDE along with ISRO, plus a low power LPI design. Its technology has been used to develop similar items for the LLLR family, 2D and 3D. The Aslesha also uses AESA tech. To get a decent range and also resolution (you dont want a radar that is unable to discriminate), you need a larger antenna. Antenna size affects gain, which has a much larger impact on range than just boosting power, and also affects the beam width, finer the beam better the resolution. Using AESA for the sake of AESA has disadvantages. AESA comes with weight penalties. The Air Defense function is also handled by differently trained units and functions. Putting that onus on regular infantry is also not feasible.

Sagar G, why are you bothering with the gent in question? He does nothing but put down Indian organizations 24/7 and revels in his own superiority. Instead sir, you quote him, and we all have to read that rubbish again and again. In the process of debating him you will get yourself warned. He will just spawn another id and reappear.
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Re: Indian Missiles and Munitions Discussion

Post by Karan M »

rohitvats wrote:IA transitioned from 106mm RCL Guns to ATGM of Milan-2 variety. The RCL Jongas/Jeeps gave way to vehicles optimized for ATGM firing. We've seen such specimen in RD Parades.

Also, more than the threat perception, I think it is the engagement distance which would dictate the requirement. The ability to fully exploit a tank gun or a missile beyond or even close to 2 km is considered difficult in our context. Both in Punjab and deserts.

In fact, I was reading US Army document which spoke about inability to exploit the 3.75 km distance of TOW Missile - the reason being that it requires tremendous training to be able to hold the target for such a long flight time. Plus, in case of SACLOS Missiles, more the flight time, more the chances of discovery of firing unit by enemy.

There is another practical reason - the wire which guides the missiles should not get tangled; I've heard stories of villagers using the stone-at-the-end-of-long rope to bring down ATGM in firing ranges by snapping the guidance wire.

Net - a long range SACLOS ATGM might not be able to do full justice to its capabilities. A true F&F Missile like Nag is more suited for such roles.
Interesting stuff and great discussion...Agree, the issues with manual tracking have been reduced somewhat by autotracking, the laser, RF, F&F etc guidance methods take away the wire challenges, but training remains paramount nonetheless for all these (especially SACLOS) to work. Somewhat OT: I can only wonder what sauce the RBS-70 guys are peddling when they claim it is simple to target aircraft (!!!) with that missile.. as if...bet it will be far trickier..

Very interesting about the villagers - you mean they were deliberately interfering with missile tests?
Karan - I think it is either going to be Spike or Javelin. As I said earlier, unlike the US Army, we use only one type of missile at Infantry Battalion level. BMP-2 re-equipment requirement is being taken care of by Kornet as per media reports.
Hmmm.. given Spike flunked the trials and Khan is giving Javelin, I guess we can forget about logistics commonality then. In an ideal world, Spike would have cleared the tests, and we would have purchased Spike ER for infantry, MR for the BMPs and ER for the IAF/IA (till Helina came in).
Anyways, hope they get something.
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Re: Indian Missiles and Munitions Discussion

Post by Sagar G »

Karan M saar point taken I will desist now.
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Re: Indian Missiles and Munitions Discussion

Post by vasu raya »

Karan M wrote:BFSR is state of the art still. It uses microprinted planar array, developed by LRDE along with ISRO, plus a low power LPI design. Its technology has been used to develop similar items for the LLLR family, 2D and 3D. The Aslesha also uses AESA tech. To get a decent range and also resolution (you dont want a radar that is unable to discriminate), you need a larger antenna. Antenna size affects gain, which has a much larger impact on range than just boosting power, and also affects the beam width, finer the beam better the resolution. Using AESA for the sake of AESA has disadvantages. AESA comes with weight penalties. The Air Defense function is also handled by differently trained units and functions. Putting that onus on regular infantry is also not feasible.
Thanks Karan on the detail, however there is a slight mix up, my bad as I brought in the Aslesha to cause that, we are still looking at ground targets to be taken out by ATGMs that are radar guided similar to how WLR is used for Akash against aerial targets. BFSR has a detection range of 8-10kms against ground vehicles in which case it can guide ATGMs fired by infantry that are few kms further towards the front. These ATGMs then needn't have individual seekers. Such an ATGM even if the size of a small rocket can be guided as long as it is within the data link beam of the BFSR and target (which are bigger) updates are constantly fed, so the resolution requirement shouldn't be as demanding? in contrast Iron Dome radar needs to have good resolution as it is targeting small rockets and at further range
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Re: Indian Missiles and Munitions Discussion

Post by Karan M »

So you are talking of ATGMs? Ok, but then again, if you want to guide them in using the radar itself, and want to discriminate between vehicles etc, you will need a larger radar. Suppose you have a convoy and you want to hit the last vehicle but one. Unless your radar has imaging capability - again next to impossible for a compact small radar with power, array size, and processing limitations - you would not be certain of getting that target. Hence, the preference for optics. Human eye and brain remain superior in terms of IDing and attacking the specific target. F&F optical missiles also work on a similar principle in that once the operator locks onto the specific target, they reference that image versus new ones and center themselves accordingly. The Spike has an additional advantage that it can have operator intervention post launch as well. The point is that your idea is feasible and theoretically possible, however translating it into a real product will be a challenge since it must offer significant benefit over existing, simpler products and will likely require several expensive, breakthroughs to make a compact FCR which can detect, acquire, ID and engage targets. The one advantage is presumably all weather capability, though radars will also suffer some attenuation in rain.

A good example of a radar FCR detecting and targeting vehicles, all the portions of the engagement etc is this:
http://www.northropgrumman.com/Capabili ... ongbow.pdf

It is a mmw system, has a very large antenna and is currently one of a kind (Russian Arbalet is far behind) and would require a tall mast to operate with clear LOS.
Its of limited use against ground troops though.

Radar guided ATMGs do exist. This one is like you propose for the guidance part, http://en.wikipedia.org/wiki/9M123_Khrizantema
Again, radar is fairly large, its more complex than the standard ATGMs and has not been adopted heavily.
As you can see in this video, detection is by radar, acquisition, ID by optical means and guidance by radar (EO too can be used for second missile).

http://www.youtube.com/watch?v=QzFXgB9tsdU
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Re: Indian Missiles and Munitions Discussion

Post by vasu raya »

Karan M wrote:however translating it into a real product will be a challenge since it must offer significant benefit over existing, simpler products and will likely require several expensive, breakthroughs to make a compact FCR which can detect, acquire, ID and engage targets. The one advantage is presumably all weather capability, though radars will also suffer some attenuation in rain.

A good example of a radar FCR detecting and targeting vehicles, all the portions of the engagement etc is this:
http://www.northropgrumman.com/Capabili ... ongbow.pdf

It is a mmw system, has a very large antenna and is currently one of a kind (Russian Arbalet is far behind) and would require a tall mast to operate with clear LOS.
Its of limited use against ground troops though.
In that case if there is a technology roadmap to build a mast mounted radar for LCH akin to the Longbow, wouldn't the radar guided ATGMs application be on the path? based on the discussion in this thread even Namicas are having mast mounted IR based acquisitions system, which are very expensive in contrast a BFSR derived radar might be a standard fit on BMPs with the networked infantry carrying the ATGMs. The seeker less ATGMs should reduce costs. Against people targets BFSR in its current config can detect them.
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Re: Indian Missiles and Munitions Discussion

Post by Karan M »

Many ifs there..

Also, how do we know "mast mounted IR based acquisitions system, which are very expensive in contrast a BFSR derived radar" when both would require mast mounting for decent range? Increases LOS..latest BFSR comes with EO TI as well.

"if there is a technology roadmap to build a mast mounted radar for LCH akin to the Longbow"...yes, if there is one, because it is after all a FCR.

"a BFSR derived radar might be a standard fit on BMPs ..networked infantry carrying the ATGMs. The seeker less ATGMs should reduce costs."

Infantry need networking, more cost, complexity. Need a BMP always with them. Less flexibility. Why would the IA trade this for possible reduction in costs, not proven at all?
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Re: Indian Missiles and Munitions Discussion

Post by dinesha »

Agni-V gets ready for second test
http://www.thehindu.com/news/national/a ... 107739.ece
Agni-V, India’s longest-range, nuclear-weapons-capable surface-to-surface ballistic missile, will be tested from Wheeler Island in Odisha around September 15.
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Re: Indian Missiles and Munitions Discussion

Post by vasu raya »

Karan M wrote:Many ifs there..

Also, how do we know "mast mounted IR based acquisitions system, which are very expensive in contrast a BFSR derived radar" when both would require mast mounting for decent range? Increases LOS..latest BFSR comes with EO TI as well.

"if there is a technology roadmap to build a mast mounted radar for LCH akin to the Longbow"...yes, if there is one, because it is after all a FCR.

"a BFSR derived radar might be a standard fit on BMPs ..networked infantry carrying the ATGMs. The seeker less ATGMs should reduce costs."

Infantry need networking, more cost, complexity. Need a BMP always with them. Less flexibility. Why would the IA trade this for possible reduction in costs, not proven at all?
The BFSR+EO+TI combo is doing a great job in checking infiltration on LoC, say we place them on the Af-Pak border, after detection the ANA would need a way to neutralize the targets, American forces use the expensive Javelin, the taliban use their inaccurate RPGs in counter attacks. would you think these radar guided ATGMs help the ANA in facing the taliban? by being better than the RPGs in both range and accuracy.

The GoI didn't want any arms in the Afgan area since if and when ground situation changes more often than not the same weapons could be used by taliban on civilians, however tying these ATGMs to radars, they cannot be used sans the radar which can be controlled.

the networking bit may not apply to them so do the BMPs, maybe Humvee mounted 'mmW BFSR/FCR' and ATGMs

on the same theme, wonder the Apaches we are getting if its Longbow radar can guide both imported and local made ATGMs whether networked with LCH/Rudra or standalone?

With IA the F-INSAS networking program is already in the works, if the radar range is higher then the infantry carrying ATGMs aren't tied to any BMPs, just need to be in radio and radar range of atleast one BMP and perhaps can better handle adverse weather conditions as you said. Then the shooters do not need a LoS to the target so can better camouflage themselves and also not expose themselves as sources on the enemy WLR using shaped trajectories.
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Re: Indian Missiles and Munitions Discussion

Post by rohitvats »

Karan M wrote: <SNIP>Very interesting about the villagers - you mean they were deliberately interfering with missile tests?
Yup! heard so much from Mech. Inf gunners. Missile parts used as scrap.
Hmmm.. given Spike flunked the trials and Khan is giving Javelin, I guess we can forget about logistics commonality then. In an ideal world, Spike would have cleared the tests, and we would have purchased Spike ER for infantry, MR for the BMPs and ER for the IAF/IA (till Helina came in).Anyways, hope they get something.
That is my lament as well.

I was hoping that Nag will spawn a family of missiles - from man-portable to BMP-2 to LCH. But we're nowhere there.

On the LCH mounted ATGM - IIRC, the competition is between PARS and Spike missile.
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Re: Indian Missiles and Munitions Discussion

Post by pankajs »

vasu raya wrote:With IA the F-INSAS networking program is already in the works, if the radar range is higher then the infantry carrying ATGMs aren't tied to any BMPs, just need to be in radio and radar range of atleast one BMP and perhaps can better handle adverse weather conditions as you said. Then the shooters do not need a LoS to the target so can better camouflage themselves and also not expose themselves as sources on the enemy WLR using shaped trajectories.
But wouldn't that expose the BMP mounted Radar after all it will be advertizing its position the moment it is switched on? Also, if the BMP based radar is taken out where will that leave the ATGM's that are dependent on it?

Also, there is the question of terrain. Wouldn't that limit the deployment of the BMP mounter radar and consequently the ATGM's dependent on such a Radar.
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Re: Indian Missiles and Munitions Discussion

Post by pragnya »

barring the old report alluding to the manportable NAG, there has been no news on that front. hope DRDO surprises everyone in a way they did with the PRAHAR!! :P

Spike while acknowledged as superior by many flunked the IA trials (seeker related, i guess) similar to the NAG (initially and overcome now). seems an analogy can me made to the thermals issue in the T-90s. in hot and humid conditions there will be higher degradation of electronics and in reality the performance is far from the claimed brochure figs. but how difficult is it to ruggedise the electronics on the spike to make it work in indian conditions?? i think doing that would be a better solution in the short to medium term because no issues related to TOT etc while Javelin would not come that easy. besides it might help the NAG team.

however in the long term NAG family needs to grow similar to the Spike Family to cater to all segments of the requirement.
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Re: Indian Missiles and Munitions Discussion

Post by vic »

Man portable IR ATGM is technological over reach and super costly. We should go in for laser homing ATGM i.e. Lighter version of CLGMS-SAMHO.

Further for hitting fixed targets we should upgrade Carl Gustaf with better FCS incorporating laser range finder, IR night sights, tripod mounts etc to extract more out of it. We also need to develop disposable version of Carl Gustaf like AT4


We should also leverage tech of Milan with BDL to develop indigenous unguided RPG.
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Re: Indian Missiles and Munitions Discussion

Post by vic »

pragnya wrote:barring the old report alluding to the manportable NAG, there has been no news on that front. hope DRDO surprises everyone in a way they did with the PRAHAR!! :P

Spike while acknowledged as superior by many flunked the IA trials (seeker related, i guess) similar to the NAG (initially and overcome now). seems an analogy can me made to the thermals issue in the T-90s. in hot and humid conditions there will be higher degradation of electronics and in reality the performance is far from the claimed brochure figs. but how difficult is it to ruggedise the electronics on the spike to make it work in indian conditions?? i think doing that would be a better solution in the short to medium term because no issues related to TOT etc while Javelin would not come that easy. besides it might help the NAG team.

however in the long term NAG family needs to grow similar to the Spike Family to cater to all segments of the requirement.
No IR guided ATGM can fulfill the requirements imposed by Army on Nag missile. Therefore spike failed and Javelin refused to participate in instrumented and controlled trials in India
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Re: Indian Missiles and Munitions Discussion

Post by vasu raya »

pankajs wrote:But wouldn't that expose the BMP mounted Radar after all it will be advertizing its position the moment it is switched on? Also, if the BMP based radar is taken out where will that leave the ATGM's that are dependent on it?

Also, there is the question of terrain. Wouldn't that limit the deployment of the BMP mounter radar and consequently the ATGM's dependent on such a Radar.
The exact argument can be made against Namica.

The radar is LPI as well as short range, its engagement range is few kms more than the flight range of a man portable ATGM giving the defending forces placed forward of the radar a better chance of intercepting inbounds. There will be combat losses, however a replacement radar can always be placed to make those ATGMs active again or they could be used as unquided weapons as a fallback option during the downtime better than a unguided RPG.

Are we getting any radar guided ATGMs in conjunction with the Apache Longbows? or can we integrate local made ones, if any?
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Re: Indian Missiles and Munitions Discussion

Post by abhik »

AFAIK the HELINA version will have a lock-on-after-launch. Couple this missile with NAMICA along with extending sensor boom shoud take care of any exposure concerns.
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Re: Indian Missiles and Munitions Discussion

Post by pankajs »

vasu raya wrote:The exact argument can be made against Namica.
Ah .. I see you get it .. so now you understand one of the reasons why man-portable ATGM requirements are much much higher than NAMICA/NAG combo. ANY BMP (NAMICA is BMP based) based solution will have the same demerits .. makes little difference whether it is used to carry a radar or missiles. NAMICA/NAG combo however has an edge over BMP/Radar/mp-AT as it uses passive target acquisition and NAG will pack greater reach and power.
vasu raya wrote:The radar is LPI as well as short range, its engagement range is few kms more than the flight range of a man portable ATGM giving the defending forces placed forward of the radar a better chance of intercepting inbounds. There will be combat losses, however a replacement radar can always be placed to make those ATGMs active again or they could be used as unquided weapons as a fallback option during the downtime better than a unguided RPG.
Why the requirement for fallback, etc when a simple seeker will do perfectly fine making each missile lethal little packages without any external inputs? The simplest solution is often times better.
pankajs wrote:Also, there is the question of terrain. Wouldn't that limit the deployment of the BMP mounter radar and consequently the ATGM's dependent on such a Radar.
Now consider the Indo-Chinese border (Mountain warfare) where the terrain is really tough at places and can only be reached on foot after walking miles or being air-dropped. Some gentleman claimed in the artillery thread that the M777 @ 3.5 ton would be a turtle on its back in such a scenario. What would then be the case for a BMP (@14.3 tonnes per wiki) mounted Radar or a NAMICA mounted NAG (Weight probably in the same range as the BMP+Radar)? Would we be able to insert this Radar on a BMP in every place where an ATGM is required? Would it not be better to have a man-portable ATGM with seeker to ensure that it can be inserted wherever the 2 man team can be dropped/walk/climb/slide/crawl/generally reach by whatever means?

--Edited multiple time to clarify some points
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