BooNZ
Banned
Really?At that point the UK has no real choice but to follow the US lead.
Edit: To clarify, West Germany had no choice by to be a fire wall against the Soviets, because it was effectively an occupied state.
Really?At that point the UK has no real choice but to follow the US lead.
Really?
Edit: To clarify, West Germany had no choice by to be a fire wall against the Soviets, because it was effectively an occupied state.
If that was true, then NATO would have adopted a defense-in-depth (as they had before the GDR was consolidated) instead of tying themselves to a linear defense at West German insistence.
So linear defense is impervious to nuclear strikes?
No. If anything it's much more vulnerable. The West Germans knew that a defense-in-depth, even if successful, would see a minimum of half their country overrun and savaged by the conventional fighting alone. So the West Germans advocated for a linear defense so as to stop a Soviet assault as close to the border as possible, thereby minimizing the damage to their own country from the fighting.
The problem is that such a linear defense had been attempted repeatedly during WW2 against precisely the kind of massed mechanized assault the Soviets were expected to mount... and failed, catastrophically. From a military perspective, it was nuts. Yet the politicians who led West Germany were adamant and NATO relented.
But my point in making that post is by that being able to force the other alliance members to adopt a militarily unsound deployment scheme shows that the West Germans had considerable political clout within NATO precisely because of their status as the designated battlefield for WW3. They were not merely an autonomous occupied state like East Germany was, but a fully equal member of the alliance.
The US "had plans?" - oh f**k the Germans are sooo screwed...
The genesis of the B-36 can be traced to early 1941, prior to the entry of the United States into World War II. At the time it appeared there was a very real chance that Britain might fall to the Nazi "Blitz", making a strategic bombing effort by the United States Army Air Corps (USAAC) against Germany impossible with the aircraft of the time.[2] The United States would need a new class of bomber which would reach Europe and return to bases in North America,[3] necessitating a combat range of at least 5,700 miles (9,200 km), the length of a Gander, Newfoundland–Berlin round trip.
And planes...
Piston engine bombers without a fighter escort v an advanced radar network and "obsolete" ME 262s - seriously?
Piston engine bombers without a fighter escort v an advanced radar network and "obsolete" ME 262s - seriously?
The wing area permitted cruising altitudes well above the operating ceiling of any 1940s-era operational piston and jet-turbine fighters. Most versions of the B-36 could cruise at over 40,000 feet (12,000 m).[18] B-36 mission logs commonly recorded mock attacks against U.S. cities while flying at 49,000 feet (15,000 m).[citation needed] In 1954, the turrets and other nonessential equipment were removed (not entirely unlike the earlier Silverplate program for the atomic bomb-carrying "specialist" B-29s) that resulted in a "featherweight" configuration believed to have resulted in a top speed of 423 miles per hour (681 km/h),[19] and cruise at 50,000 feet (15,000 m) and dash at over 55,000 feet (17,000 m), perhaps even higher.[20]
The large wing area and the option of starting the four jet engines supplementing the piston engines in later versions gave the B-36 a wide margin between stall speed (VS) and maximum speed (Vmax) at these altitudes. This made the B-36 more maneuverable at high altitude than the USAF jet interceptors of the day, which either could not fly above 40,000 ft (12,000 m), or if they did, were likely to stall out when trying to maneuver or fire their guns.
It would take several hours for a B36 to cross the Atlantic - then cross nominally neutral territories - even Thomas1195 would struggle to screw that upTwo small questions, how are the Germans getting the Dowding style operantional management they so brilliantly failed to develop in OTL and how are the ME-262s gaining an extra 2,000 metres of ceiling and what would their actual performance at that altitude be like?
Refer aboveIt has the advantage of height; service ceiling of Me 262 is listed as less than 40,000 ft
It would take several hours for a B36 to cross the Atlantic - then cross nominally neutral territories - even Thomas1195 would struggle to screw that up
The ME 262 entered service 2 years before the first ever flight of a B36 - I also understand the OTL German jet engine development was hampered by access to various scarce materials that might now be accessible. Otherwise alternatives in that timeframe include the B&V 155 or Gothas.
Refer above
The ME 262 entered service 2 years before the first ever flight of a B36 - I also understand the OTL German jet engine development was hampered by access to various scarce materials that might now be accessible. Otherwise alternatives in that timeframe include the B&V 155 or Gothas.
As I said, I understand the OTL German development of jet engines was hampered by access to scarce materials, so in this scenario the German jet engines would be superior to OTL + multiple years developmentExcept if that was the case then why post-1945 did the Soviets who had access both to German engines and trade with Brazil yet decide to go with British jet engines?
You have huge aircraft, flying thousands of miles over several hours at high altitude - it scarcely requires the services of David Copperfield. The BoB involved the use of first generation radar to intercept aircraft crossing the channel - in this scenario more advanced radar is available to intercept aircraft crossing an ocean.Again we still come to the problem that organisational issues are not magically resolved by radar.
Now I am not saying strategic bombing is a quick or sure solution but the B-36 and its ilk represent far more technological sophistication than you seem to give it credit for and the performance of the likely German jets is going to be somewhat reduced from the quoted speeds at lower altitudes and this assumes that the US do not stick jets on the B-36 in a manner similar to OTL.
So did the Germans - refer Ta 152There are also a few assumptions being made about the lack of fighter escort. After all mid-air refuelling is a thing. So are carrier and the Americans did produce piston engined carriers fighters than could function at 40,000 feet.
Even the Sabre has an service ceiling of less than 50,000 ft; intercepting the B-36 is not as easy as it looks. Bombing from that height will be inaccurate but that matters little with nuclear weapons.
The key point is that the US built it for a trans-Atlantic war without the benefit of European bases.
As I said, I understand the OTL German development of jet engines was hampered by access to scarce materials, so in this scenario the German jet engines would be superior to OTL + multiple years development
You have huge aircraft, flying thousands of miles over several hours at high altitude - it scarcely requires the services of David Copperfield. The BoB involved the use of first generation radar to intercept aircraft crossing the channel - in this scenario more advanced radar is available to intercept aircraft crossing an ocean.
The B36 is unlikely to trouble European skys until 1947, which is ample time for the Germans to invent a high altitude interceptor - OTL the Ta 152 entered service in January 1945 so "technological sophistication" - sorted two years ahead of schedule.
So did the Germans - refer Ta 152
Not ready until 47 for transcontinental flight, which by then the Germans have high altitude fighters which would shoot down unescorted mega-bombers like flies.Hence the B-36