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That was the issue with the B-17s and B-24s during WWII, when attacked by Me262s.A friend who was a tail gunner on B-29s in Korea said he was terrified of the MiG-15. The tracking system of the 29 could not track the 15 as the attacks were faster than the onboard system capability. He never mentioned any prop plane attacks. In fact, when discussing missions, he would get that far away look and stop talking.
That's right. Actually, it was a rhetorical question on my part - the effectiveness of the best Soviet piston-engined fighters against the B-29 was extremely low. I suspect it would be insufficient against the B-17/-24/Lancs as well, but in this case a fighter escort would be necessary.
Yes, P-47N and P-51D and H would be most likely. P-47N in particular was designed to escort the B-29 during the entire mission.
As mentioned earlier, there were bombing raids against the Soviet industry. For example, Luftwaffe operation Carmen II was mentioned earlier. Factories bombed by Ju 88s and He 111s in May-June 1943 didn't restore their output until the end of 1943, for some of them, it took even longer. And no, the "beyond Urals" industry couldn't help fill the gaps since there were unique production lines, such as tyres for artillery, etc.That is what all the strategic bombing aficionados said. You bomb a factory. Either they fix it in a week or two, or they move it to a new location.
If so, then possible escorted raids to the USSR in Europe are:re
The P-47N and P-51D/H maximum combat radius for VLR escort missions (as figured by the USAAF/USAF in their standard 1945-50 range calculations) was ~900 miles at 25,000 ft outbound with maximum usable fuel. Any significantly greater distance would be a one-way mission.
Yes? No?
Answer was the P-82 Twin Mustang, originally designed for 2000 mile escort missions of B-29s, but first flight in June 1945 means they missed the War.The P-47N and P-51D/H maximum combat radius for VLR escort missions (as figured by the USAAF/USAF in their standard 1945-50 range calculations) was ~900 miles at 25,000 ft outbound with maximum usable fuel. Any significantly greater distance would be a one-way mission.
Yes? No?
Could B-29 bases be built on European territory and shave a couple of hundred miles off?
It is not just the length (and width) of runways, but their strength to take the weight of a B-29. That means deeper foundations than needed for a WW2 generation fighter, or even the size of bomber operated by the Luftwaffe. That could mean digging up the runway and relaying the entire runway on a new base.German jet bases were noted for their long runways. Even if still not long enough for the Superfort, they would be easier to upgrade, presumably.
It is not just the length (and width) of runways, but their strength to take the weight of a B-29. That means deeper foundations than needed for a WW2 generation fighter, or even the size of bomber operated by the Luftwaffe. That could mean digging up the runway and relaying the entire runway on a new base.
It was mentioned byReconnaissance. Just how much was known in 1945/46 about where the prime targets actually were? Or is the intention simply to flatten every city in the USSR?
True, however, the Luftwaffe accumulated a vast knowledge in 4 years.Also weather recce. As weather patterns normally pass west to east over Europe some information would be available, but the deeper you go the more unreliable it would become
The Baltic Sea can be flown over without entering Swedish air space.Your journeys to /from targets around the Baltic or in Northern USSR mean flying around neutral Swedish airspace, unless they join on our side.
Turkey joined the Allies only at the end of WWII. Dragging her into a new war would be a very difficult task, most probably.What is in it for Turkey allowing bases to be built on its territory?
Thanks, since I was going by memory I stand corrected.re
The P-47N and P-51D/H maximum combat radius for VLR escort missions (as figured by the USAAF/USAF in their standard 1945-50 range calculations) was ~900 miles at 25,000 ft outbound with maximum usable fuel. Any significantly greater distance would be a one-way mission.
Yes? No?
The short answer is, no. A runway or roadway's bearing capacity is largely defined by the compaction of the soil beneath it. Simply adding top material won't enhance capacity without elaborate structural design. In the end it would be faster and cheaper to tear the runway up, add compaction, and put down a new surface.Could they not add the reinforcement layer on top of the existing runway?
Or the USAAF OK's the use of JATO after the Navy shown it to work earlier in 1944The airfields built in the Marianas generally had multiple parallel runways (2-4) of c8,500 ft long. Very few airfields in Europe had runways that long. Air Ministry Class A airfields had at least one runway of 6,000ft. It was only some of the Emergency Airfields (like Manston, Woodbridge & Carnaby) that had a runway of 9,000ft long. So the US Army engineers have a major job on their hands renovating and expanding European airfields to take the B-29s
I don't think this is the issue. Assuming any conflict starts after the fall of Nazi Germany, the front would be roughly at the demarcation between western and eastern Europe, bifurcating Germany and Austria and then following the Danube. Possibly including Yugoslavia. This would put Soviet airfields well within striking distance of airfields throughout Germany and eastern France. The USAAF is highly unlikely to build any strategic airbases under the air umbrella of the enemy combatant.Also, wouldn't it be easier to build large runways in Europe than a distant coral atoll?
Just because it's possible doesn't mean it's an acceptable solution for widespread use. Just a guess on my part, but I'd assume that having to rely on JATO to launch heavy laden long range bombing missions from short airstrips with many aircraft introduces too much risk of catastrophic failures. The last thing you'd want is to have a takeoff malfunction with an overloaded B-29 that would probably result in a crash with the total loss of the plane and aircrew, and severe injury anyone and anything within the surface danger area. It would be considerably worse if the crash involved atomic munitions.Or the USAAF OK's the use of JATO after the Navy shown it to work earlier in 1944
View attachment 800798
so this can happen
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sooner than this 1949 flight
The short answer is, no. A runway or roadway's bearing capacity is largely defined by the compaction of the soil beneath it. Simply adding top material won't enhance capacity without elaborate structural design. In the end it would be faster and cheaper to tear the runway up, add compaction, and put down a new surface.