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The P40 had a very poor climb and would never win in a vertical combat. It was also poor at altitude.Just what an up-engined P-40 could be is a bit nebulous. And, with enough fuel to get home, so is performance. But the P-40 could well be superior in the vertical in that it maintained rather good roll rate ate high speeds while ME-109 had high roll control forces and suspect structural integrity at speed. Thus the P-40 might well be able to reach more favorable altitudes for escape or combat.
Overall the P40 had been bypassed in performance and would have been at a serious disadvantage, remember the defenders have the fixation with the bombers, to protect themOverall, the P-40 had been bypassed regarding performance. But, with select tactics taking advantage of the LW fixation on the bombers, the P-40 would have been better than no help at all during the early days.
The P40 had a very poor climb and would never win in a vertical combat. It was also poor at altitude.
Overall the P40 had been bypassed in performance and would have been at a serious disadvantage,
So early in the war, certainly in the southern hemisphere, allied pilots had difficulty letting go of great war tactics (in general), (others such as the AVG figured this out.)
Were MTO pilots also slow to adapt?
As I see it the escorts just have to stay in the fight, almost regardless of the A/C involved it is impossible to shoot down a bomber with a fighter on your tail, I believe that eventually was the main philosophy on US missions. The defensive fire of the formation coupled with escorts made the Germans job difficult to almost impossible.You are correct. The escorts don't have to be superior to the defenders but they have to be good enough to stop the majority of the attackers from reaching the bombers (gaining good firing positions). They also have to be good enough not to loose too many of the escorts per mission. This is a campaign and not a single raid or series of a few raids. Loose too many escort fighters too quickly and the campaign will be stopped or suspended.
Defenders, if they have superior (enough superior) climb/altitude performance, can use altitude and trade it for speed on the attack runs, They don't have to do steep dives, just trade altitude for speed. A poor climbing escort is going to be in trouble trying to counter it.
So early in the war, certainly in the southern hemisphere, allied pilots had difficulty letting go of great war tactics (in general), (others such as the AVG figured this out.)
Were MTO pilots also slow to adapt?
Don't get into a turning fight.
Use boom and zoom - energy fighting tactics.
How is a P-40B/Tomahawk II going to do that against a Bf 109 (F would be the 1941 model) which has much superior altitude performance. The Germans could decide whether or not to initiate combat and need only do so on favourable terms. They could also disengage vertically whenever they chose. The P-40 has little chance of preventing the bombers being attacked and should the Luftwaffe fighters turn on it, little chance of doing anything to survive that they didn't try historically. In North Africa this was usually a defensive circle, just as another unsuccessful escort, the Bf 110, had done a year previously during the BoB.
I've read first hand accounts of the frustration of Merlin powered Hurricane pilots watching Bf 109 Es (not Fs) leaving contrails several thousand feet above them, completely safe with their altitude advantage.
Cheers
Steve
So early in the war, certainly in the southern hemisphere, allied pilots had difficulty letting go of great war tactics (in general), (others such as the AVG figured this out.)
Were MTO pilots also slow to adapt?
I admit to not understanding this
Don't get into a turning fight.
Use boom and zoom - energy fighting tactics.
As I see it the escorts just have to stay in the fight, almost regardless of the A/C involved it is impossible to shoot down a bomber with a fighter on your tail, I believe that eventually was the main philosophy on US missions. The defensive fire of the formation coupled with escorts made the Germans job difficult to almost impossible.
???
I never said it could.
I was asking if MTO allied fighter pilots were getting hammered due in any way to dated tactics?
Yes, it is hard to shoot down a bomber with a fighter on you tail but if the interceptor starts several thousand feet above the escort fighter and can use the height advantage as a speed advantage. It is hard to stay on a fighters tail if it is doing 30-60mph faster than than the plane chasing it. If attacking from above the attackers can also use a modified boom and zoom. After going through the fighters (don't stop and get in a turning fight with them) hit the bombers (one pass) and then do a curved climb back to a higher altitude. The plane with a good climb rate can both turn (not sharp but enough to make a pursuer face a defection shot) and climb. A poor climber can do one or other.
The escort fighter has to be close in performance to the interceptors, just showing up is not enough.
Agreed, just keeping the attacking planes up near maximum speed is a help, it took an average of 25 hits to take down a US bomber IIRC not so easy to do at maximum speed with someone following you.
This is all what I intended to imply before. Internal fuel capacity is critical, and if the Spitfire couldn't be expanded to have competitive (clean) range to the P-40 (or P-39 for that matter), there's no way it could have been a competent penetration/escort fighter.The problem is NOT getting in. It is getting out. A few 109 recon planes carried a tank under each wing (usually without wing guns?) Spit might carry a 90 gallon drop tank (might go larger, 170 gallon ferry tank is out), both planes may/would need larger oil tanks.
For a mission profile on the way in you have engine warm up and take off taking up fuel plus climb to altitude and forming up. SPits could top off fuselage tanks I think. Pump and piping would solve problem for 109 if not already fitted.
That solves getting IN. Getting OUT has the combat allowance (how many minutes at combat power, how many minutes at max continuous or max climb or? ) and a high enough cruise speed back to the coast to help keep from being bounced. For a Spit V using 16lbs of boost in combat every minute was worth 5 minutes at most economical cruise.
Us planners figured how much fuel was needed to get back after dropping tanks, that was the practical radius and then they figured how to get enough external fuel on the planes to get to the radius distance. Plane limitaions sometimes got in the way on early planes. Please note that the external 52 gallon tank on the P-40 (and the under fuselage tank on the P-39) were to restore fuel capacity after fitting self sealing tanks.
The P-40C/Tomahawk IIB's performance degraded due to the protection on the P-40B being felt to be inadequate (at least by american planners). More advanced (and limited capacity) self-sealing tanks were introduced along with increased armor (including armor glass for the windshield) along with the belly shackle.If the RAF wants to run precision daylight raids into Germany proper it needs an escort fighter. The only aircraft that is available that can do the Job is the Curtiss P-40B (Tomahawk IIA) and it most certainly can do the job being the first P-40 with acceptable armour and protection. The P-40B is available from May 1941.
It has a range of 730 miles on internal fuel, 1270 if throttled back. That is 75% more than the Me 109F or Spitfire III or V. With a 75 gallon drop tank it has even more range.
The V-1710's good specific fuel consumption at cruise was part of the key to the longer range on US aircraft (on top of aerodynamics and -mostly- fuel capacity) So some of the range advantage would be lost by using a merlin ... even in a hypothetical 1940/41 export model using British built engines. (or some other hypothetical like the UK licensing the hawk airframe several years earlier and developing it independently around the Merlin ... or just an indepdently developed British design for a similar goal -focus on escort isn't necessary, just some sort of long range duties from intruder to fighter bomber ... I suppose an argument for Hawker focusing on a more advanced faster/longer range Merlin-powered direct successor to the Hurricane -opposed to the Typhoon- could be relevant too)The P-40's problem is that its larger airframe and relatively weak Allison V-1710 engine gave it an inferior power to weight ratio to the Spitfire and Me 109F2 which was worsened by the relatively low full throttle height of the Allison.
For 1941 I'd still have to agree that ... inadequate or not, of existing aircraft available to the British, the Tomahawk IIA and IIB were the closest things to esxort fighters they had on hand. But inadequate escort fighters are not going to cut it either. (marginally adequate could manage though ... and it's unclear whether modified Spit Vs might have crammed in enough internal fuel to fit the bill there in the interim -let alone hypothetical long-range Spit IX's in 1942)Having said that I believe that Allison engine P-40/Tomahawk IIA would have been effective in substantially protecting the bombers by diverting the Luftwaffe's interceptors. It has to be remembered the Luftwaffe is stretched then as well.
Hmm ... that's a more interestion suggestion, but do remember the Hispano was a larger/heavier weapon than the MG-151. (the underwing pods on the P-39Q would probably be more comparable than hispano gun pods)We know that a pair of suspended canon "gondola guns" on the Me 109G impacted speed less than 1%. (See Kurfurst.org) and so I argue that the impact on spitfire speed would have been negligible since the guns were being moved (not added as in the German case).
Such a Spitfire would substantially out range even the P-51D with tail tank.
With similar technology, you're going to pretty consistently have superior 1 to 1 performance for short range interceptors over long range escort fighters.Yes, it is hard to shoot down a bomber with a fighter on you tail but if the interceptor starts several thousand feet above the escort fighter and can use the height advantage as a speed advantage. It is hard to stay on a fighters tail if it is doing 30-60mph faster than than the plane chasing it. If attacking from above the attackers can also use a modified boom and zoom. After going through the fighters (don't stop and get in a turning fight with them) hit the bombers (one pass) and then do a curved climb back to a higher altitude. The plane with a good climb rate can both turn (not sharp but enough to make a pursuer face a defection shot) and climb. A poor climber can do one or other.
The escort fighter has to be close in performance to the interceptors, just showing up is not enough.
Can anyone provide a single instance in which an intercepting fighter was shot down, by an escort, off the tail of a bomber formation? I can't recall one. These battles (Luftwaffe/USAAF which is the only concerted daylight campaign we have for reference) took place over miles of air space, not hundreds of yards. There seems to be a misunderstanding about how escort fighters operated successfully.
Once and if the interceptors could evade or break through the defending escorts they only had to worry about the bombers defensive fire. I'd recommend Boiten and Bowman's 'Battles with the Luftwaffe' which tells the story of the US strategic bombing offensive in Europe from both sides.
Cheers
Steve
During the Battle of Britain a hurricane pilot was about to shoot at a bomber when the bomber took cannon hits from a 109 trying to down the Hurricane.
Don't get into a turning fight.
Use boom and zoom - energy fighting tactics.