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Don't forget fighter aircraft. If the Mosquitos are bounced while at low level they are likely to be slaughtered. Success and survival depends on surprise like the Luftwaffe achieved when attacking the Port of Bari with a similiar size force of light bombers.
I agree.
On the other hand, 3.7cm flak has a much higher rate of fire. 48 3.7cm flak weapons can put a lot of shells into the air and a single hit will cause major damage to any aircraft.
- 160 rpm. 3.7cm Flak37. Standard Luftwaffe light flak for most of the war.
- 250 rpm. 3.7cm Flak43. Entered production at the end of 1943.
Germany and the Second World War: The strategic air war in Europe and the ... - Horst Boog, Gerhard Krebs, Detlef Vogel - Google Books
Approximately 3/5th of flak batteries were heavy.
attributed primarily to flak.
Not a refinery complex. There are multiple structures higher then 50 feet. Not to mention danger from your own bomb blasts and refinery explosions.
Ploesti was bombed from 500 feet. I don't think you want to attack any lower.
I suspect in most cases they were not defended well. A squadron of fighter bombers can potentially attack hundreds of targets over hundreds of km, a FLAK battery can be in only one spot at a time. A pair of guns might bring down two enemy fighters but the rest may escape. Achieving adequate flak density to deter an attack coming at an unknown time and place is expensive. That's why air power works I would say.I'm sure that the targets attacked by Mosquitos at low level weren't exactly undefended.
The 37mm guns were able to train as well as the 20mm or close to it. the bigger prolem is that the PRACTICAL rate of fire was no where near the cyclic rate of fire. Usually about 1/2 or less. the early models fired an average 80rounds per minute but for combat against low flying aircraft the cycle rate is probably better. BUT even allowing 150rpm it takes 4.8 seconds to fire 12 shots (assuming that the 6 or 8 round clips can be linked) and in 4.8 seconds a 300mph airplane can cover 720 yds. It is in the longer ranges with more extended firing times that the cycle rate falls as the loaders struggle to keep up with the gun/s.
German 20mm guns were feed by 20 round boxes so the faster firing guns need a magazine change every 2 1/2 seconds. against really low fliers they will be doing good to empty one box against a single target but two is probably out of the question.
How many aircraft can bomb and clear the blast area before that 11 second delay expires? I would guess not more then a single squadron. Not enough to cripple a hydrogenation plant.
Your best chance to achieve surprise might be to convince the Luftwaffe your Mosquito light bombers are normal RAF Bomber Command aircraft. Stettin is only about 75 miles from Berlin. Have the Mosquitos tag along with Lancaster Bombers attacking the German Capital.
Just before reaching the Berlin flak belt the Mosquito light bombers dive to 500 feet and make a high speed approach to Stettin. The lead squadron act as path finders, dropping parachute flares to illuminate the refinery complex for the bombers. Disappear into the darkness over the Baltic immediately after bombing.
Don't forget fighter aircraft. If the Mosquitos are bounced while at low level they are likely to be slaughtered. S
Germany had excellent intelligence services and they watched RAF Bomber Command closely. If you take assets from RAF Bomber Command the Luftwaffe will find out. Then it will be almost impossible to conduct a surprise attack.
Old information still doing the rounds of the internet re the magazine. The 2.0cm FLAK C/38 used 40 round boxes though they could use the older 20 round magazines of the pre war and much older and slower firing C/30 gun.
The C/38 had a cadence of 480 rounds per minute, in the flakvierling litterally (flak quadling) mount generally only two guns were fired while the other two were being reloaded and cooling a little. The result was a practical and very sustainable rate of fire of just under 2 x 480 rpm. It didn't matter much that the magazines were 20,40,60 or 100. I would suggest 40 might even be optimal from an ammunition handling point of view and would stack neatly in wooden crates.