If we're getting into the "Oh wouldn't it be good if" school of aircraft design then I give you the 1931 Vickers 161 fighter.
If we're getting into the "Oh wouldn't it be good if" school of aircraft design then I give you the 1931 Vickers 161 fighter.
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Does anyone see anyway of the UK manufacturing realistically manufacturing a successful P-38 equivalent, combat ready and in sufficient numbers, by 1942 or is this just unrealistic? They seemed to have trouble in our timeline and there seems to be too many bottlenecks preventing it from what I have seen.
The situation seems similar to the failure of the UK to manufacture successful planes for the RN's carriers. A combinatin of insufficient resources aggravated further by poor management.
Blenheims were light bombers converted into day fighters with an under-belly tray containing 4 .303 mgs, slaughtered in daylight, and then converted ( the remnants) into night fighters where they would be safer. Strangely, the write-ups say they gave good service as night fighters, like Defiants, even though they didn't.Blenheims were more light bombers that got pressed into night-fighter service, surely?
Does anyone see anyway of the UK manufacturing realistically manufacturing a successful P-38 equivalent, combat ready and in sufficient numbers, by 1942 or is this just unrealistic? They seemed to have trouble in our timeline and there seems to be too many bottlenecks preventing it from what I have seen.
The situation seems similar to the failure of the UK to manufacture successful planes for the RN's carriers. A combinatin of insufficient resources aggravated further by poor management.
The P-38 was not sluggish compared to single engined fighters. It was more than capable of matching up with single seat fighters.This fighter was still a pure fighter, but had the bonus of having a much longer range, when using the droptanks, while still a very superior dogfighter, compared to the more sluggish twin engined fighters, inlcuding the P-38.
A more logical solution would have been to continue with the single engined fighter, such as the several variants of Supermarine Spitfire, and addapt them to carry more longrange fueltanks under their wings, besides providing them with a stronger variant of their engine as well, to compensate for the added drag when using these droptanks. Basically the US/British cooperation, leading into the P-51D and succeeding types of the Mustang was such a fighter. This fighter was still a pure fighter, but had the bonus of having a much longer range, when using the droptanks, while still a very superior dogfighter, compared to the more sluggish twin engined fighters, inlcuding the P-38.
A more logical solution would have been to continue with the single engined fighter, such as the several variants of Supermarine Spitfire, and addapt them to carry more longrange fueltanks under their wings, besides providing them with a stronger variant of their engine as well, to compensate for the added drag when using these droptanks. Basically the US/British cooperation, leading into the P-51D and succeeding types of the Mustang was such a fighter. This fighter was still a pure fighter, but had the bonus of having a much longer range, when using the droptanks, while still a very superior dogfighter, compared to the more sluggish twin engined fighters, inlcuding the P-38.
http://www.flickr.com/photos/40933081@N04/5233569371/
Martin Baker twin boom Fighter - Top Secret Fighter
Martin Baker are best known for their ejector seats but late in 1944 the company produced this striking design for a twin engined, twin boom fighter. It is not known if the design was given a project number, or other identification and is known simply as the Twin Boom. The design was to use two Griffon power units housed one at each end of the cigar shaped fuselage, each Griffon powering a pair of 3-blade contra rotating props similar to those used in some late Mark Spitfires and the post war Shackleton. Construction methods and design would probably have followed that of the MB5 while the crew of two was curiously to be housed in slightly staggered twin side-by-side cockpits. There is no real information about potential armament, even what the expected role of the aircraft would have been, or which aircraft it was expected to replace in service. Though designated as a fighter its strange asymmetrical dual cockpit layout suggests something more than the early war concept of a fighter, as defined by the Spitfire or Bf109. Certainly dog fighting would not likely have been its prime function, while as a night fighter there is little indication of how or where the required radar would be housed. Whatever its role, had it been built it certainly would have made an impressive, if perhaps an extravagant sight. While this and other designs were exploring the extreme limits of piston engined aircraft where 600mph was considered feasible, in reality the jet and the war’s imminent end would never allow them to ever have a realistic chance of seeing the light of day, so their potential would never be proved.
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The Spitfire carried 85 imp. gal in front of the cockpit and could carry 90 gal. disposable. Dropping the tank, it has 85 gal. to fight and then go home. A Mustang has the same amount of fuel in one wing, plus it has the other wing, plus it has almost the same as the Spit's internal capacity, 85 gal US, in the reserve tank, without using drop tanks, which were up to 150 gal US X2 for a trip to Berlin. But that was 1944. The Hawker Fury carried 200 gal internal, but the Centaurus used more fuel and the Fury was post-war. British single engine fighters could have been built with range as a specification, from scratch, but a short range fighter cannot be so easily converted. You can't put the fuel someplace until you make the place.
Did not the performance of the P-38 tie in with whether the engines were super- or turbo-charged, and whether in each case they were in tropical or temperate environments?
The US versions were turbosupercharged (i.e., exhaust driven superchargers using a turbine, also known as "turbocharged"). Turbocharging is more efficient than mechanical supercharging, as it basically converts waste heat in the exhaust to useful work. Turbosupercharging is also a more complicated process.Well all USAAF versions of the P-38 were super-charged. The British took the super-charger out of their spec for the Lighting I version that they ordered which basically castrated it.