Predator C Avenger Makes First Flights
stoolpigeon writes "General Atomics' new unmanned combat aerial vehicle, the Predator C Avenger, has been making test flights. This new Predator has a stealthy design, 20-hour endurance, is jet powered and has an internal weapons bay. A number of photos have just become available. 'The aircraft was designed so the wings can be folded for storage in hangars or aircraft carrier operations if a naval customer is found. Cassidy, a retired admiral, has talked about a possible Navy role for Predator C since 2002. The Navy was interested in the Predator B's capabilities, but didn't want to introduce any new propeller-driven aircraft onto carrier decks. The UAV also comes with a tailhook, suggesting that carrier-related trials are planned. The inner section of the cranked wing is deep, providing structural strength for carrier landings and generous fuel volume while maintaining a dry, folding outer wing. Right now, the US Air Force and Royal Air Force are considered the most likely users.'"
Possibly part of the reason they want to cancel the F-22. Yes, I think UAV's will eventually be the planes of the future, but you still need manned aircraft for a while. With a UAV, you have no environmental system for a pilot, plane can out turn (G's) one with a pilot, and most importantly, you don't put the pilots life at risk.
I just love that name for a defense contractor. Would fit right in the Fallout universe.
Works for me. You may like wars to be about heroism and patriotism and motherhood and apple pie and dulce et decorum est pro patria mori and all that bullshit, but I prefer them to be won, as quickly as possible, and with as few people getting hurt as possible. If that can be achieved by using robots instead of humans, that's just fine.
Real Daleks don't climb stairs - they level the building.
Computer error not human. Perfect now NOBODY is to blame.
There must be a lot of software written for systems like the Predator C Avenger. Are there any readers here who work on weapons systems like this? How did you decide to devote the best years of your life to creating weapons with this degree of lethality? Do you trust your customers to use them in morally just ways?
I'm curious because when I was initially ready for high tech employment, I made a conscious decision to not directly contribute to weapons related work. In the 80's, this took away a significant number of prospective employers. Now it is more than 20 years later and I am glad I made that choice.
I hear the Predator C++ has a whole new class structures that have all new functions.
Yes, rather than simply returning errors, this one shoots you whenever you make them.
Taxation is legalized theft, no more, no less.
Gandhi threw the British out of India using active, aggressive, non-violent resistance.
I wonder how long Gandhi would have lasted using "active, aggressive, non-violent resistance" against Stalin or Mao.
"The average reporter we talk to is 27 years old......They literally know nothing." - Ben Rhodes
One very interesting thing is that General Atomics (the manufacturer of the predator) doesn't ask the Pentagon what they want. It instead makes an aircraft that is a good price/performance ratio and doesn't suck, and then offers it "as is" to the Pentagon.
This has worked incredibly well. Design decisions aren't subject to group-think or politics, and GA doesn't have to load the aircraft down with overpriced or unreliable technology in order to add some useless feature.
I think the Predator C is the culmination of this. It took them 3 years to make a working stealth aircraft, and the article states that they could have it fighting in just 1 more. That's a massive accomplishment.
I think that real world performance will eventually put drones so far into the lead that the air force cancels the buy on the F-35. Stealth technology doesn't work at all if several phased array radars in different locations are coordinating their search patterns.
Furthermore, a drone doesn't have to win 1 on 1. Dollar for dollar, even this predator C is probably be about 3 to 5 times cheaper than a high end fighter aircraft. I wouldn't bet on a manned aircraft facing down 5 drones armed with good missiles.
That strategy worked because the opponent was the British and Gandhi understood how to exploit the culture he was fighting. It would have been a foolish strategy if it had been, say, the Soviets.
The previous Predators cost 9 million for the aircraft itself, and another 20 to 30 million for the controlling systems, from what I could read. It can carry 14 hellfire missiles, which are $25,000 a piece. I think we're spending 3 billion per year just on the aircraft acquisition.
So, every day, we send out these 10 million dollar drones, which cost a few thousand per hour to operate, with $350,000 of ammunition. 25% of these aircraft have been lost in operations. Meanwhile, $75,000 would build a school, supply it, and provide money for staff for five years in Afghanistan.
So when you're trying to prevent a young muslim from becoming a radical, what's the better option - allowing him the chance to have an education, or blowing up his brother's wedding party and then air dropping him some pudding cups with little American flags on them?
The fact that people keep choosing the second option astonishes me.
C compiler?
what?
Nope. Disassembler.
This has been answered MANY times, Ghandi's approach only works when the oppressor in question is capable of shame.
Good-bye
Depends what you want to do. You couldn't fight a war like the current campaigns in Iraq and Afghanistan with drones alone - those are wars of occupation, with large numbers of infantry on the ground. The advantage comes with conflicts like those we saw from time to time in the 1990s: faction A (we like) are fighting faction B (we don't like), but we lack the will for a proper war, so we just bomb faction B's facilities and units and let faction A take advantage. That's the kind of situation where drones would be wonderful. Mind you, I don't think the risk to pilots is a major deterrent to our leaders in that case: it's more a matter of how the scenes of devastation on the ground will play with the voters, and those are the same whether it's a human or a drone that did it.
See Also: The mercenary wars fought in late medieval Europe.
According to Machiavelli, the problem with those wasn't so much that the availability of mercenaries let leaders go to war with less risk to their own people: it was that the mercenaries themselves were unreliable and disloyal. For a start they'd fight only for their pay, and so their stomach for a losing battle was considerably less; and if the mercenaries won their battle, then whatever lands had been conquered were held by the triumphant prince only so long as he kept the loyalty of the mercenaries. Whose price, of course, just went steeply upward. Better, he said, to triumph by your own arms. This, at least, is not a problem with machines, which will happily sacrifice themselves for you, more willingly than even the most jingoistic soldier.
Real Daleks don't climb stairs - they level the building.
The site hosting TFA seems to be very aggressive when it comes to adverts and tracking their patrons, and like most intelligent people I object to this. It was a pain to find the right combination of allowed and untrusted domains in NoScript, whilst making sure any remaining crud was blocked by Adblock and actually getting the content. So here are the direct links to the pictures from their crappy gallery:
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How strange it is, then, that as we get better and better at killing, we seem to be more and more reluctant to do it.
You want to talk about horrible forms of warfare, go look at what cultures of times past used to do. Genghis Khan would be a good starting point.
The stanford prison experiment tested the reaction of a single individual being ordered around by an authority figure, in a controlled setting. It has no baring on large populations, especially within democratic societies.
Killing a guy who plans to kill you tends to work quite well. If there are other, more efficient ways of dealing with the problem, then great - you'll find that even most soldiers prefer a peaceful solution. We don't actually LIKE being shot at. But it has to be a real solution, not just a delaying tactic which puts off the problem for future generations to deal with.
You're thinking of Stanley Milgrams experiment. The Stanford prison experiment was something entirely different (group setting, ran several days, etc.).
Milgram experiment
Stanford prison experiment
There's going to be a whole lot of pissed off Navy pilots if they make a UAV that can land on a carrier deck at night in crap weather. Their main reason for superiority over all other pilots will be shot to hell.
I'm the senior Landing Signal Officer for the US Navy's Atlantic Fleet, and we've actually had fully automated landing systems on carrier aircraft for a long while. The first test of any Automatic Carrier Landing System (ACLS) was in August 1957, and after extensive development the system was regularly used in Vietnam. The current AN/SPN-46 is the latest iteration, but essentially it's just a glorified missile tracking radar that feeds into the airplane's autopilot via a simple UHF datalink. It's all old tech.
While not all aircraft since Vietnam have done it well (my old F-14B Tomcat was actually worse at "Mode I" (fully coupled) ACLS approaches than the F-4 Phantom it replaced) today's Hornets and Super Hornets are very smooth when coupled up -- much smoother than the typical manual landing.
The problem comes when the system fails (something that can happen in any large automated system - in the air or on the ground). Pilots regularly practice landing by hand, because they never know when the ACLS might not be there for them. They could perform coupled approaches every pass, but they wouldn't have the skills to confidently get aboard if the system ever went away. Those skills require lots of practice to stay sharp, and landing at sea is really hard. I've been doing it for ten years, and it's still just as challenging as ever.
Sometime in the next decade the N-UCAS is supposed to demonstrate truly autonomous UAV operations in a carrier environment. It will rely on a draft version of our next-generation GPS-based replacement for the SPN-46: JPALS. It's stated goal is to fully integrate with our normal manned carrier air traffic procedures. Having seen highly trained aviators struggle with the challenges of operating around the boat, I'll be impressed if it lives up to its goals.