Hi guys ,
This is my first post in this forum and I am not sure whether this is the right place to post it but anyways I will post it here to get feedback.
I was reading an article on a newspaper about how suicide bombing was invented by Muslims and I was thinking that we can utilize the same concept to create suicidal low cast fighter jet missiles.Something that no one has ever thought of before . Instead of spending millions on dollars on expensive fighter jets , have an unmanned stealth missile roaming around in the sky and controlled from some remote base and when it finds an enemy fighter jet in the range , the remote person just triggers the launch mechanism just like firing from a regular jet and the jet-missile uses heat seeking to hit the enemy jet . The real advantage here would be that they would be really low cost and thus the cost of shooting a jet like Su-30 MKI or similar would be justified .
Don't know if this is technologically feasible concept but just wanted to throw it to get interesting feedback
Zeb
Well an air defense system is confined to airspace of the country itself but here these missile jets can go into enemy airspace also . While I know that there is not enough technological advancement to make such concept feasible , my argument broadly refers to the manned planes becoming more of a burden meaning that putting a man in air and then using stealth technologies to hide the man and machine seems stupid.It would be much easier to incorporate stealth into an unmanned plane .
Regarding refueling , I am not necessarily suggesting that these missile-jets roam in air all time but rather be deployed in air from a regular aircraft at the time of conflict so they can advance into enemy airspace and perform their suicidal duties
. Similar to the concept of Babur cruise missile but but having the capability of hitting an aerial target when triggered . A few thousand such missile-jets can provide aerial dominance easily.
Again just a crazy thought that I wanted to roam around
Zeb
We already have what you asked for, they are called guided weapons, be it gravity bombs or cruise missiles.
The pilot is the decision maker and his aircraft is the executor of his decisions. Having the pilot with the aircraft ensures the highest level of security and integrity of the link between the decision maker and executor. Of course, that would make the aircraft larger, heavier and costlier to manufacture and maintain. The longer the distance between decision maker and executor, the greater the odds of having that link somehow corrupted. Radio controlled vehicles are not new but because of unreliable technology as distance increases, remotely controlled weapons platforms have yet to become standard. That is why we have been trying to make weapons 'smarter' after we grant them autonomy -- weapons release -- from the launch platform. We give them multiple sensors to cope with the environments -- natural or manmade. We give them computer programs with varying degrees of sophistication to process the information those sensors produces. The higher the sophistication, the 'smarter' the weapon and the less human attention required after weapons release.
A 'weapon platform' or system, like an aircraft or even an aircraft carrier, essentially comprises of a delivery vehicle and a mean of destroying a target -- an explosive method. An aircraft carrier deliver aircrafts, which in turns deliver bombs or missiles. A bomb or missile can have multiple warheads, which in turn make the bomb or missile itself the delivery method of the explosive. So from a large weapon platform like an aircraft carrier down to a single bomb or missile, it is obvious -- to use as few delivery vehicles as possible to deliver as much explosive method as possible to the enemy. In other words, you want the
REUSEABILITY of the delivery vehicle. A bomber is one delivery vehicle that carries 30 bombs, for example. Most likely the bomber will return to base and be rearmed. A missile, on the other hand, be it a small air-air combat missile or a MIRV-ed ICBM, is basically a throwaway weapon. The delivery stage, the rocket motor, is either discarded somewhere in the journey or be destroyed (hopefully) along with the target. If the target is destroyed, then your investment paid off, but if the level of guidance sophistication is inferior to the enemy and your missile missed its target, then you have just wasted a certain amount of money and possibly the conflict itself. That mean to have an attack force composes entirely of weapon systems of a 1-to-1 ratio of delivery vehicle to explosive would not be cost effective in the long term and increases the odds of losing the war.
The goal is to have a blend of manned and autonomous weapons appropriate for the targets. That is why the US have manned aircrafts that can deliver multiple bombs as well as autonomous cruise missiles. UAVs are still being explored and despite the recent successes in Afghanistan and Iraq, it will be the next generation of warfare, if possible, that UAVs will be the predominant weapon platforms.