Things Hitler could have done to win WWII

Um, ‘RS’? Who’s that? Too vague!

So, if a country runs out of money, it loses the war? Like, let’s say, D-day is a bust & Wall Street collapses again & the economy goes to zero. The Nazis then win? I just can’t picture a nation w/ a huge army, wiling to fight to the death & being vastly more powerful than it’s opponent, can lose just because the money’s gone. Vietnam, however was not a loss due to money, but the Nation not really having it’s heart in it. It’s not like we had something to avenge, like Pearl Harbor or 9/11. Although the war on terror is bleeding us white.

Besides, there’s a little acknowledged reason Germany lost WW 1. The 1918 Flu. One Documentary I saw placed the death toll in Berlin aloe at a THOUSAND A WEEK. Can a country really maintain the will to fight w/ the whole world falling on it while everyone’s children are dying at home? Saying the Communists or economic ruin were the main causes is laughable. The way the disease killed mainly the young, especially soldiers on the frontlines. Not even machine guns can rack up a death toll so quickly.

One name for it was the ‘3 day flu’ because it only took that long to die. One cough from a prisoner or two & half a week later half the division in the area is dead. Doesn’t take long for huge gaps to appear in the German front. If I’m wrong, blame PBS. :stuck_out_tongue_winking_eye: Of course, the hardships imposed by the Versailles Treaty & the occupation of Germany Proper & expulsion from Alcace/Lorraine caused the death rate of the Flu to increase more than in many other countries.

Err, that Millennium Spitfire idea is ‘risible’? It’s not like you can’t put a couple 500lb JDAMS or Mavericks or Sidewinders on one. It’d cost less to build & maintain than an F-35. We don’t need air superiority fighters anymore. We can just lob Tomahawks & ALCMS at enemy airbases to destroy the MiGs on the ground. Plus the Spit would be stealthier than a jet w/ 40,000 lbs of thrust heating the sky. Plus you can fly it from a dirt strip. Not that I’m a Spitfire fan. I prefer the Thunderbolt I P-47 or Skyraider. <3 <3

Happy thanksgiving to those who have it.

One JDAM is probably marginally over the safe MTOW for Afghanistan, and it wouldn’t be able to hit anything with any of them, not having the weight margin for targeting equipment.

Unlikely - the infrastructure to built very powerful piston engines simply doesn’t exist any more, and they were always extremely maintenence-intensive, while the F-35 is designed from the start to be easy to maintain.

This makes multiple enormously risky assumptions, and I don’t know precisely where to start. Perhaps it should be that a JDAM can do the same thing for a tenth of the cost if launched from a penetrating fighter aircraft (the F-35 being the only likely candidate for the next 20 years), or that it assumes that the enemy has no way of defending against 30 year old cruise missile designs. Maybe I should even point out that against a halfway competent enemy cruise missile attacks will do no more than inconvenience an airbase for a few hours - they certainly won’t let you catch all their aircraft on the ground, or find the dispersals accurately enough to hit.

Not against Radar, which provides most of the volume-search for air defence systems. There it is beaten by the whacking great rotating radar reflector bolted on to the front of the engine. Additionally, 10-20% of the thrust of a WW2 fighter was provided by the engine exahusts.

As can be done by a Harrier, F-35 or A-10.

Or blocking Vodka resources.

I haven’t heard that before.

Is that why they had stub exhausts angled back off the engine?

I’ve always assumed that the stub exhausts were just the most efficient and or cost efficient exhaust system.

Wouldn’t the thrust vary depending upon circumstances, e.g was there a scavenging effect of external air in a dive which would counteract any thrust compared perhaps with whatever thrust was available on take off?

Also, wouldn’t the thrust effect vary with altitude so that it weakened as the air thinned at higher altitudes?

Yes, very much so.

Varies radically with circumstances - remember many aircraft had multi-stage superchargers, and which stage was operating would be critically important. Also, as it’s effectively a jet, propulsive efficiency varies radically with speed, and in a different way to that for a propeller.

Yes, but the other way around - the prop varied like that, but the effect of the supercharger meant that exhaust thrust is actually more important at high altitude/high speed. NOT a simple situation.

Thanks.

When was the exhaust thrust effect worked out and when was it first applied?

Did it have much effect on a normally aspirated engine or just on supercharged ones?

One JDAM is probably marginally over the safe MTOW for Afghanistan, and it wouldn’t be able to hit anything with any of them, not having the weight margin for targeting equipment.

A more powerful engine & refined aerodynamics would allow a Millenium Spit, or Hurrie or Tiffie or other WW 2 era fighter to at least lift a pair of 500-600lb class weapons. And modern comms are far smaller than the bulky radio sets carried in the 40’s. The Predator is small & lightweight, but can launch it’s own Hellfires. How much do you think JDAM equipment weighs anyway? All you need is an interface to tell the bombs GPS where to land. If the target’s location is already known, like the Schweinfurt ball bearing plant, the plane can take off w/ the bombs preset & not need anything other than standard shackles.

Unlikely - the infrastructure to built very powerful piston engines simply doesn’t exist any more, and they were always extremely maintenence-intensive, while the F-35 is designed from the start to be easy to maintain.

Then what do you think the Leopard tank runs on? Euros? A 1500 hp V-12, thats what. And what about NASCAR? There are thousands of weekend engine monkeys souping-up piston powerplants all over America.

The A-22 Sadler attack plane was DESIGNED around a 300 hp truck engine for ease of maintenance. A V-12 is easier to repair than a Turbofan w/ hundreds of fast spinning blades. W/ a liftfan AND an afterburner. And let’s not forget the RAM. It ain’t cheap.

As for vulnerability to radar… Did the Taliban have radar? The Somali militias or pirates? How many planes were lost to Saddams SAMs in 2003? Our own Patriots shot down more! The fact is, only a couple countries have any serious Air Force/ Air Defence. And most of them, (Russia, China) benefit too much from trading w/ us (Russian Oil, Chinese… EVERYTHING) to risk it by going to war w/ us. And we have too much to lose if we go to war w/ them over anything (Russia attacking Georgia, China someday w/ Taiwan) And most of the rest can be pressured by Russia & China.

And any radar that does appear, gets blasted off the air w/ an AGM-88 HARM before the operator can blink.

The modern Air Force only needs the following.

Tanker, AWACS, JSTARS, Drone/ Wild Weasel Control. (can be built on the same base airframe i.e. Boeing 707/ DC-10)

Heavy Transport/ Gunship/ Bomber (C-17/ C-5 class 120,000lb+ bombload)

Medium Transport/GS/Bmbr (C-130J 40,000lb+ bombload)

Light Transport/GS/Bmbr Gulfstream Class

Heavy Attack A-10 Class/A-26/Ju-88

Medium Attack Skyraider/P-47 Class/Stuka

Light Attack A-22 Saddler/Spitfire

Point-Defence (for the rare enemy MiG or Hijacked Airliner. F-5/ F-20 Class)

The C-130, B-52, F-4 & Mig-21 have proven that even a VERY OLD design can still be first class w/ regular upgrades.

The AC-47 was earning it’s keep in Nam alongside the Skyraider just fine. So A modernized WW 2 era warplane makes far more sense than some Wunderwaffe like the F-22, which has yet to take down any terrorists. If one bombs Bin Laden, then maybe, MAYBE, I’ll respect it. Until then, it’s a money pit like the NH 90, Tiger, A400 & EF 2000/ Rafale. Why third-world countries waste so much time on fancy jets is a mystery to me. Like South or Central America is gonna be invaded by make believe bogeymen. The Apache Longbow/ Mi-28N can handle most ACTUAL crises for far less than a fighter jet. :wink:

Sorry if this isn’t the thread for this. But seriously, a Spit w/ JDAMs is much like a Predator/ Reaper w/ a cockpit, End of Sermon.

Oh, I almost forgot to address this.

it can take of from dirt runways[QUOTE]
As can be done by a Harrier, F-35 or A-10.
[/QUOTE]

But jet engines burn more fuel/ lubricating oil than a piston. Plus they suck in more dust & wear out faster. They are also more vulnerable to combat damage.

Plus the F-35 is too damed heavy to be zipping about on just one engine. I like the Harrier, but they really shoulda made a twin engine version. And they should made a carrier version of the A-10 for the Marines. I’m sure they’d have loved a heavy mud mover in that class.

And then this.

From another forum, illustrating why the idea of Spitfires as practical modern aircraft is risible…
Quote:
Originally Posted by Stuart Slade
In 1942 - 44, it required a strike of 220 B-17s to ensure the destruction of a 50ft by 50ft target. Put another way, an average B-17 Group could be expected to place 32.4 percent of its bombs within 1000 feet of the aiming point when aiming visually. The average B-24 Group under the same conditions could be expected to place 30.4 percent of its bombs within 1000 feet of the aiming point. The big problem is that bombing accuracy declines precipitously as more and more bombers target the same area.

Now, a B-17 cost USD238,329. So, the capital cost of a B-17 formation as defined above would be USD52,432,380.00. The cost of the bombs used would be US$880,000. The effort would require 2,410 air crew. Losses would be between six and ten aircraft, equating to 66 - 110 men (dead or prisoners). Casualties in the remaining aircraft would equate to roughly 200 men, mostly lightly injured but with some serious injuries and some dead.

Now, today, destroying such a target would require one bomb (the CEO is much less than 50 ft) costing USD21,000. The F-15E costs USD100.0 million and has a crew of two people. It has roughly a 2 percent chance of being lost on a strike mission against normal defenses, meaning the capitalized loss cost would be US$2 million. The aircraft carries (usually) four bombs and would hit four of the specified targets in a single raid.

That is a VERY BAD example. The B-17’s were for bombing Strategic Targets. Over 90% of targets engaged by the American military since the Cold War ended were TACTICAL in nature,. thus requiring light, fighter-bombers or gunships. Heavy Bombers in WW 2 were just a waste of effort… until the A-bomb made aiming accuracy briefly unimportant. (Why try hitting a factory or burning down a cultural center w/ a thousand bombers & 10,000 tons of bombs when just one plane & one 5 ton bomb can turn 100,000 fathers, mothers & children into dust in a millisecond?)

We would’ve beat the Nazis years earlier if we never bothered w/ Strategic Bombing. Fighter Sweeps & interdiction (B-25, -26, A-20,-26)were far more cost effective.

“Risible” indeed. I resent people opposing a cheaper, simpler ‘moustrap’. A $100 million supersonic jet dropping 4 $20,000 bombs on 4 $100 mud huts in the mountains to kill 100-400 illiterate flat-earth types whose lives are worth NOTHING, isn’t the best for olur economy. Plus that guy didn’t even calculate the cost in gas used by the B-17 or the F-15E. four Cruise missiles are far cheaper. We really need to convince the russians to let us Build GLCMs again. As long as they’re non-nuke & are used on ‘savages’ only, they shouldn’t complain. Hell, we might as well pay them $1000+ for every GLCM we fire in combat just to keep them happy. Or if THEY build them & WE BUY & use them.

Again, sorry if I’ve stepped on any toes. (It just sickens me to watch our country hemorrhage money against those who don’t deserve this level of ‘investment’. Especially when my family struggles to make ends meet, penny by penny. We should come first for our Gov’t. Those Git’mo trash get free Health care & 3 squares a day & a roof over their heads.)

Unsure - IIRC the first prototype Spitfire didn’t have ejector stubs, nor did the early Me-109s, suggesting that the idea is roughly contemporaneous with the war. It may be that the idea is older, but aircraft speeds and powers were too low to be worth the extra weight previously.

Since the exhaust gas will be hotter than the ambient air, there will always be an effect - it will just much be larger for supercharged engines as the total mass flow of air will be much bigger, and the exhaust pressure should be too - combining to give the gas much more energy.

If that happens you’re designing a whole new aircraft, essentially. At which point it becomes cheaper and less risky to start from a clean sheet of paper or from a more modern design (e.g. Tucano).

Agreed, but 1940s radio sets were tiny anyway. The real weight in modern aircraft is in the optics, lasers and radars needed for most modern weapons, and for their cooling systems.

The Predator is small, lightweight, and about the same size as a WW2 fighter aircraft. Hell, you do realise that even relatively old aircraft like the Phantom are still about the same size and weight as a WW2 heavy bomber, right?

Do you know anyone who’s been out in Afghan? I know a lot, and one of them (Rfn Andrew Fentiman RIP) was even killed a week or so ago. One thing that is universally the case is that the target location is never known until seconds before bomb release. Additionally, high quality optical information from the aircraft is required before release is authorised - hence older aircraft being of little use.

I’ve seen a Chally 2 powerpack (~1200 BHP) and an early model Merlin (also ~1200 BHP). The Merlin is about half the size and weight, and the disparity just grew over the course of the war - late model Merlins of about the same size were putting out ~2000 BHP. As for the racing cars, they run at a level of unreliability that would be utterly unacceptable in an aviation context, although at similar specific powers.

Ummm… no. A turbofan has essentially one moving part, and that requires naff-all maintenance. Mean time between overhauls on a modern commercial turbofan engine is roughly the same as the total life of some piston engines.

But what about Serbia, or Iraq in 1991. Both recent wars, and with very different air defences to deal with.

Ummm… No. There were targets over Serbia that had 30+ HARMs fired at them and still worked. An enormous amount depends on how good the radar crew are.

Re: Millenium Spits etc.

This is deja vu all over again. Nato powers seem to have a blind spot where COIN aircraft are concerned. Britain had a couple of aircraft, the de Havilland Hornet and the Bristol Brigand in Malaya, but they were replaced by jets (Vampires, venoms and Canberras) half-way through the campaign. The Aussies sent Sabres.
In Vietnam the Americans used the A1 Skyraider as a COIN aircraft in the early days, it wasn’t designed for the task, but was reasonably effective. The A1-s were given to the South Vietnamese.
Twenty years after the fall of the Berlin Wall NATO is still equipped and equipping to fight WW3 yet it is COIN conflicts they have been involved since 1945.
What’s wrong with a Super Tucano or a Pucara? ( the only Pucara in Nato inventory is one captured by Britain from the Argentines).
Even when COIN aircraft are discussed its all around adapting Jet trainers as firing a hellfire misile from 30,000 ft is safer than getting in close.
Surely some protection can be provided against MAPAD weapons/
Interestingly, the old Rhodesian Air Force was very successful with the Aermacchi 260 and an adapted Cessna Skymaster even though they were almost the last choice the RDF would have made had they had available suppliers.

All false. If fuel consumption is so high, why do no current commercial airliners use piston engines when fuel represents such a high fraction of the operating cost? Dust is a far bigger enemy to piston engines because of the requirement for seals on the pistons (not present in jet engines). As for combat damage, that’s highly implausible too. Inline piston engines could be shot down with a single leak in the coolant system (although radial engines were much, much tougher) while in Korea jet aircraft were usually only shot down when the pilot was killed or incapacitated, they were that tough.

Why? The engine is big enough, so power:weight ratio is not an issue, and with single engined aircraft like the F-16 engine failure is an acceptably low cause of aircraft loss (with many of these losses being due to issues that would also down a twin engined aircraft, such as fuel starvation).
Most of the predjudice about single engined aircraft comes from the early days of aviation, where piston engines were massively unreliable and lots were needed to ensure some were still working throughout the flight. With modern gas turbines, that simply isn’t an issue any more.

Why? In a hover, if one engine was lost then unless you have a massive and dangerously complex gearbox arrangement (like the V-22 - where it is arguably the biggest single problem with the project) then a failure of either engine will cause the loss of the aircraft through loss of control. Hence, a twin engined Harrier would not only be lost at nearly twice the rate through engine failures, but due to the assymetric nature of the failure far fewer of the pilots would be able to successfully eject.

The Harriers don’t operate off aircraft carriers, they operate off the helicopter carriers, which the A-10 would not be able to do. Were they to operate off the USN nuclear carriers, there would be major issues with the air group - and as the USMC are very much a second class type of citizen so far as the USN are concerned this won’t happen.

Irrelevant - that was the scale of effort required to get a bomb that size onto a small target at a significant range from base - a bomb of the same size and at the same range that an F-15 could easily do. Given the nature of the Afghan war, much of the air support still comes from similar or greater distances due to the lack of in-country airbases.

Except many of the situations which enabled the lighter bombers to be so cost-effective were created by those very strategic bombers. Go look up the casualties suffered early in the war by very similar bombers in the Battle of France to see what I mean - on several raids none of the attacking aircraft survived to return home.

About as much as I resent people who can’t tell the difference between a mousetrap and a feather duster.

In that case, don’t get involved in Afghanistan in the first place.

Since about 200 B-17s were required, this is really, really obviously going to cost more for the B-17 - so why undermine your own argument?

Why should the Russians make your lives easy for a small payment? Besides, hitting pre-designated targets is a very small fraction of what tactical aircraft do in Afghanistan right now - they are used far more often as sensor platforms or in a presence role to scare off attack.

If you want more money from the government, vote for a socialist party who will withdraw from foreign entanglements and give you money taken from richer people. Don’t whine about the cost of something you don’t understand.

What is essentially happening is that this role is being taken over by unmanned drone aircraft such as the armed Predators. However, there is still a place for much more advanced aircraft - they have a much faster response time to troops in contact, and have much better sensor integration and sensor fusion. Additionally, they offer an insurance policy against more competent enemies should any such arrive.

Of course, that much is obvious. But I would suggest that there is still a hole in the middle of that range for a, OK, modern, electromagnetic and biological sensor-laden and heavily armed low and slow manned craft.
I read recently that UAVs seem to kill 10 civilians for each targeted enemy–maybe that’s a function of not being able to descend and use the Mk 1 eyeball. It would be a lot cheaper to operate as well and stay in action when the satellite link went down.

I like your point of view.

If such a craft were cheaper than a modern fast jet, then there would be such a hole (modern fast jets can do the low/slow thing too). The problem is that the sensors cost an awful lot while higher performance doesn’t cost very much - hence it makes economic sense to combine two roles and give the one you’re suggesting to the fast jets.

From ‘Defence of the Realm’ Setember 2007

After the idiotic letter from Paddy Keenan last week in The Sunday Telegraph (still no link) – claiming that a Tucano with a bomb load “would not get much further than the end of the runway”, we have no less than four letters in the print edition of the paper today – occupying the lead slot (no link).

The first is from Group Captain (Ret) Hastings, who commanded the Sultan of Oman’s tactical air force in Dhofar Province in the latter stages of the war which, he writes, “had similarities with the current Afghan operations”. He adds: “Air strikes were flown against a ruthless and determined enemy equipped with surface-to-air-missiles, heavy machine guns and AK47s.”

Hastings continues:

Significantly, the slower aircraft (Strikemaster jets) performed extremely well with guns, rockets and bombs and did not suffer in comparison with the faster jets (Hunters). Moreover Strikemasters were extremely precise because of a longer target acquisition time in the attack dive and excellent manoeuvrability – much valued at low level over rugged terrain. Once a Strikemaster put down effective suppression fire against the enemy only feet away from our ground forces.

Slower aircraft cost probably three to four times less than modern, faster types, and are cheaper to maintain and repair. Maybe Ann Winterton has a point: particularly as the losses to enemy SAMs were no worse with slower aircraft.

Interestingly, we referred to Strikemasters in this context in December last year, and again in March of this. It is no coincidence that this aircraft was based on the then RAF’s basic trainer – the Jet Provost – as is the Super Tucano based on the RAF’s current basic trainer.

With a letter from this author (here) and another supportive letter which attests to the Tucano’s manoeuvrability, the final offering recalls the Argentine twin-engined Pucara ground attack aircraft, used in the Falklands. This is from Peter Davey of Bournemouth, who adds:

Something like that would seem well suited to current operations in Afghanistan, with the benefit of new materials and techniques and 30 years' more experience, to turn a losing weapon into a winning one. I trust that we are not too proud to learn from our old enemies, in order to deal with our new ones.

Great minds clearly think alike as we also noted this aircraft in December, to illustrate the concept of “a light, cheap ground attack aircraft.”

Altogether, these letters make a significant contribution to the debate and, once again, it is notable that the debate is going on in the letters pages, rather than in the main newspaper. Although covered by specialist websites, once again the MSM has excluded itself from important defence issues.

On one point though, Group Captain Hastings is a little out of date – costings. With a Eurofighter at £60 million (at least) and a Super Tucano in the order of £4 million, the cost ratio can be as high as 15:1. Then, there is the cost of operations and weapons.

Even with its inflated overhead, it only costs the RAF £5,000 an hour to operate a Tucano, while the Eurofighter is estimated at £40,000 an hour.

undefinedThen, one would expect the Tucano, with accurate, low-level delivery. to be able to use “dumb” bombs. On the other hand, to overcome the limitations of fast jets, we are seeing increasingly sophisticated munitions being used, the latest development being the focused lethality munition (FLM).

What we did not discuss in our piece on this weapon was the cost. Currently, it is expected to work out at £15,000 per bomb and, giving its confined effect, one could argue that more would be needed to achieve the same result that the Tucano could get, using two “dumb” bombs.

For the sake of argument, therefore, we could posit a Tucano completing a mission for under £10,000 (including the price of the ordnance) while a Eurofighter, using four FLMs, would come in at £100,000 – ten times the cost.

We would like to think that that was what Gen. Sir Richard Dannatt had in mind in his recent speech (which we said was far more profound than the media indicated). On equipment, he offered the following observations:

We also need to radically rethink the way that we think about our equipment. We need to start from the bottom by looking at equipping the man first and building the system around him. Too often we have been seduced by high technology, sometimes without really understanding what it can deliver or how it can improve our effectiveness.

If Dannatt cares to turn his mind to the cost and effectiveness of CAS, then he might find a useful ally in Air Chief Marshal Sir Jock Stirrup. In the earlier stages of his career, Sir Jock flew Strikemasters in Oman, on the very missions for which Group Captain Hastings thought them so suitable.

From Defence Industries Dailyhttp://www.defenseindustrydaily.com/the-majors-email-british-harrier-support-in-afghanistan-revisited-02661/

As this National Defense magazine article notes, fast jets simply aren’t an ideal choice for close air support, and the British aren’t alone in having this issue. US Army Sgt. First Class Frank Antenori discuss his recent experiences in Iraq:

“The aircraft that we have are awesome, but they are too awesome, they are too fast, too high speed. The older technology, the A-10, is far better than the new technology, Antenori said. “The A-10s never missed, and with the F/A-18s we had to do two or three bomb runs to get them on the target,” he said, recalling his recent experiences in combat.”

Dispatches from Afghanistan add an additional edge, and reinforce the point:

The A-10 combines some of the best of today’s high-technology Air Force with a solid, low-tech foundation. The addition of a targeting and laser-designation pod was a huge boost to the plane’s capabilities, but still no substitute for the pilot’s eyeballs.

“Most other aircraft rely heavily on (electronic) sensors to find and target the enemy,” said Capt. Rick Mitchell, deployed here from the Air Force Reserve Command’s 442nd Fighter Wing at Whiteman Air Force Base, Mo. “In the A-10, it’s not unusual for a pilot to use binoculars.”

Which is why the majority of British friendly fire casualties in both Iraq wars have been due to A-10s. Eyeballs give people on the ground a warm fuzzy feeling, but they’re heavily outperformed by modern optical sensors.
If we were still using dumb munitions, then yes, something like the Strikemaster/Tucano would be a good call as they get better CEPs. However, with guided munitions a jet flying at supersonic speeds will do better still, with the guidance kit making up the diference. What has happened is that, unless using guns, the speed of the aircraft has become irrelevant.

How’d we even get into the spitfire debate? Ah, I remember, someone used it’s unit cost as an example.

IIRC, the benefit of faster transit offset the increase in fuel consumption. And the transit from piston to jet was made before the 1970’s Oil Crisis, when fuel prices exploded. Plus civil airliners don’t use afterburners. Also, the formula for kinetic energy dictates than to go twice as fast requires 4 times the energy. And if props are so lousy, then why does the C-130, Americas most successful transport since the C-47, have props rather than pure jets? Oh & also, it’s be very hard to build a piston engine that could move a Boeing 747, Jets scale up far easier. But we’re not talking about civilian aircraft, we’re talkin’ about SMALL warplanes.

Why? The engine is big enough, so power:weight ratio is not an issue, and with single engined aircraft like the F-16 engine failure is an acceptably low cause of aircraft loss (with many of these losses being due to issues that would also down a twin engined aircraft, such as fuel starvation).
Most of the prejudice about single engined aircraft comes from the early days of aviation, where piston engines were massively unreliable and lots were needed to ensure some were still working throughout the flight. With modern gas turbines, that simply isn’t an issue any more.

It’s not about reliability, it’s about if combat damage takes out an engine. How many A-10’s would we still have if they crashed each time an engine was taken out? Or Apaches & Blackhawks w/ 1 engine to fly on?

[QUOTE]
Why? In a hover, if one engine was lost then unless you have a massive and dangerously complex gearbox arrangement (like the V-22 - where it is arguably the biggest single problem with the project) then a failure of either engine will cause the loss of the aircraft through loss of control. Hence, a twin engined Harrier would not only be lost at nearly twice the rate through engine failures, but due to the asymmetric nature of the failure far fewer of the pilots would be able to successfully eject.

Asymmetry? Who thought I was talking about a side-by side design? You know what they say about assumptions… The British Lightning, as monstrously ugly as it was proved that the over-under design could work. A Harrier type V/STOL w/ twin turbofans would have more power and be able to carry a larger payload. As for the reduced chance of ejecting, the Yak-28 had an auto-eject function to compensate for more dangerous flight eccentricities. Deviate from know safe parameters & WHOOSH you’re getting some hang time while the V/STOL eats dirt.

The Harriers don’t operate off aircraft carriers, they operate off the helicopter carriers, which the A-10 would not be able to do. Were they to operate off the USN nuclear carriers, there would be major issues with the air group - and as the USMC are very much a second class type of citizen so far as the USN are concerned this won’t happen.

I KNOW what Harriers fly from, the Tarawa & Wasp class LHA/LHDs.You’re saying an A-10 can’t take off from the 800 feet of deck on an assault ship? Other countries (Russia) have flown bigger jets (Su-27K) than the A-10 from ski-jumps. They also have an A-10 analog (Su-25K). So a Marine flattop could be modified during it’s next SLEP to fly STOL attack planes to augment the lightweight harriers. Besides, the Navy used AD-1 Skyraiders in Korea & 'Nam off their flattops, IIRC. They’re basically the step-dad of the Warthog. And Marine F/A-18’s fly from Navy Carriers all the time. Also, when we retire our old Navy Carriers, they could be "hand-me-down"ed to the marines like the WW 2 escort carriers were. Replace the reactors w/ gas turbines Add some troop accommodations & a vehicle park & you’ve got yourself a Heavy Marine Assault Ship.

Irrelevant - that was the scale of effort required to get a bomb that size onto a small target at a significant range from base - a bomb of the same size and at the same range that an F-15 could easily do. Given the nature of the Afghan war, much of the air support still comes from similar or greater distances due to the lack of in-country airbases.

It’d be cheaper to station STOL COIN in Afghanistan close to the action. We’re supposes to be their to help build their Democratic military aren’t we? A number of airbases all over the country would kill 2 birds w/ one stone. And serve to bring development to far flung villages too, like medical aid.

Except many of the situations which enabled the lighter bombers to be so cost-effective were created by those very strategic bombers. Go look up the casualties suffered early in the war by very similar bombers in the Battle of France to see what I mean - on several raids none of the attacking aircraft survived to return home.

By SMALL groups of poorly armed planes! The Blenheim & Battle were PATHETIC in self defense! Plus they had no escorts attached to them. Comparing OUR Light & Medium bombers to the sad jokes the British & French used is a very bad analogy.:rolleyes:

Attacks by A-26s used formations of a hundred planes & up. Plus the A-26 could outrun & out fight most German fighters. And the P-51’s had overwhelming advantage over the Luftwaffe. W/out heavy bombers, we’d have resources for more fighters & medium bombers.

Lt. Col Clifford Erly (In the book “The Encyclopedia of Aircraft of WWII” by Amber Books.) “Once rid of it’s bombs, it was a real fighter. Not only were we as fast as any fighter, we were almost as maneuverable. I have never heard of a fight successfully attacking an A-26 because we had the choice. We could run away in the straight-way or we could turn and fight.”

About as much as I resent people who can’t tell the difference between a mousetrap and a feather duster.

That analogy make no sense. A spitfire has more in common w/ a F-15E than a mousetrap does w/ a feather duster. Now if you compared a hammer to a mousetrap, THAT would be a good analogy because both can kill mice, just one does it much better. But the other is more versatile.:mrgreen:

In that case, don’t get involved in Afghanistan in the first place.

So you’re saying we should just let the Taliban continue to tear the place apart? I’m still pissed they blew up those priceless Buddha Statues! It’s be like blowing up the Sphinx of the pyramids because Muslims didn’t build them. And you’re forgetting the OPIUM! We’ve fought a 40 year war in Columbia over drugs & Afghanistan is a new front in that.

Since about 200 B-17s were required, this is really, really obviously going to cost more for the B-17 - so why undermine your own argument?

Wrong, my argument was on how a Tactical/ Coin aircraft was preferable to a fleet of high flying ducks wallowing slowly towards a small target surrounded by thousands of civilians who were far more likely to get hit while burning huge loads of fuel in the process (a very good reason why the Germans didn’t try doing the same to Britain). Or a $50 million dollar Mach 2.5+ gas guzzler which is only advantageous against enemies w/ very advanced air defenses, which MOST of the world lacks. How much would that F-15 burn on a typical mission? I usually see them w/ at least 1x600 Gal tank externally, that’s probably more than a spitfire can carry internally. So it has more range, so? It’s like an argument I read about F-14’s vs B-2s during allied force. The B-2s had to fly all the way from Missouri to Serbia & back while the F-14s only had to go from the Adriatic, a fraction of the distance. It was in an issue of Flight Journal. I wasn’t trying to compare B-17 fuel use to an F-15s

Why should the Russians make your lives easy for a small payment? Besides, hitting pre-designated targets is a very small fraction of what tactical aircraft do in Afghanistan right now - they are used far more often as sensor platforms or in a presence role to scare off attack.

I was saying why we don’t need AIR SUPERIORITY fighters anymore. We can destroy any enemy air force on the ground the moment we feel we gotta go to war. I mentioned Russia because we can’t deploy Tomahawks or other cruise missiles from ground launchers because we signed the INF treaty w/ Russia. But countries tend not to interfere w/ us if we bribe them.

If you want more money from the government, vote for a socialist party who will withdraw from foreign entanglements and give you money taken from richer people. Don’t whine about the cost of something you don’t understand.

Speaking of Gov’t cost, the Death Penalty uses a lethal injection, TWO actually! And they flush the line clean before using the second chemical. And apparently, they even use an alcohol wipe before putting the needle in. That ain’t cheap. A bullet costs a few cents & you can use a policeman’s sidearm for it, or a length of rope.

(We fed our German POWs a measly 1000 calories a day & denied them Red Cross aid, at least 70,000 died & we hung most of those we charged w/ war crimes only a year after they surrendered. Khalid Sheik Muhammad is still alive [for now]. And they fought w/ more honor & courage than terrorists.)

Of course the money spent on executing criminals is WAY exceeded by other prison costs.And the death penalty was halted AGAIN, last I heard.
As for voting, both parties refuse to respect my values, so I will withhold my vote until a new party rises to supplant them. As least someone is trying to think outside the box.