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I think the early Canadian Hurricanes retained in Canada used the very early Merlins intended for Battles. Hence the open VP propellor.That's new to me, as I believed that Canadian-built Hurricanes were complete aircraft, later on using Packard-built Merlins. For example, this Sea Hurricane at CC&F below looks complete, though I expect upon delivery customer-specific items like FAA radios may be installed.
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As for them all being shipped to Britain, I thought many were intended for the USSR, presumably crated and ready to use. But that's what's great about this site, I learn stuff.
There's more info and and great pics here Canadian Warplanes 3: Hawker Hurricane
In order to get CC&F building Gloster F5 "Goshawks" in time for deliveries in 1940 we need to start earlier, basically soon after the initial prototypes flew in Dec 1936, or beforehand in 1934 when Hawker acquires Gloster Aircraft Co., when the F5/34 still napkinwaffe.On 27 August 1941 Canada ordered 400 Hurricanes, 100 for the Netherlands East Indies, 300 for China, this changed to 72 for the Netherlands East Indies, 328 for the USSR, to use Merlin 28 and US built propellers and shipped across the Pacific. By the time production started it was 400 mark IIB (Can) for the RCAF, but in 1943 it was 250 RCAF mark XII and 150 RAF IIB, the 150 giving rise to the claim of the mark XI (Merlin 28 RCAF equipment), these 150 RAF PJ serial airframes were stripped so as to be the same standard as exported mark II production.
Actually, the Venom was constructed with an alloy fuselage and wings, only the control surfaces were doped fabric.I wonder why the Vickers Venom team chose a fabric-covered design.
That's interesting. I assumed from the stress fabric look of the rear fuselage that it was thusly made.Actually, the Venom was constructed with an alloy fuselage and wings, only the control surfaces were doped fabric.
Interesting, so they used metal for covering but not for structural strength? Seems an inefficient use of weight.Vickers just used flat sheet metal rather than fabric to close in the structure.
Polish PZL-P.11Has there ever been another fighter with Ju-52 like skin
That was some of my thinking for the great airlift of summer 1941.When it comes to holding Singapore maps say you need to hold Northern Malaya/Southern Thailand as well as Sumatra/Java,
I've read several accounts by Japanese pilots, who mentioned that during long flights, one (or more) of their flight member's aircraft would drift away and eventually plunge into the ocean.Though without autopilot our IJN pilot is going to be exhausted.
In relation to the proposed direct air route from Gibraltar to Nigeria, it involves transitting some of the harshest terrain in the world. First over the Atlas Mountains (heights up to 13,700ft in Morocco). Then across the Sahara Desert (with its extremes of temperature). All the while avoiding interception by Vichy French fighters that might be around (the Vichy French fought to defend their territory& airspace whenever possible).That was some of my thinking for the great airlift of summer 1941.
Feasibility of a large scale 10.2k mile transit flight UK to Singapore
Earlier this year I posted a possible route to fly twin-engined RAF bombers from Britain to Singapore in early to mid 1941, Why so few single engine Hercules applications?. Here's the route I chose using RAF airfields then in use, A map from Great Circle Mapper. I used the Bristol Blenheim's...ww2aircraft.net
The short range Gloster F5s will have to ship by sea, either transport or ferried on an aircraft carrier. I find it amazing that the A6M could match the ranges I propose above. Though without autopilot our IJN pilot is going to be exhausted.
The PZL P.11 had a Wibault type wing skin ("fine corrugation"), the corrugation of which was much lower than that of the Ju 52 - some sources refer to the P.11 wing skin as "smooth". An example of a fighter with Junkers type skin is Polikarpov's I-1 (more exactly, the second prototype IL-400b).Polish PZL-P.11
Was there any sort of rudimentary autopilot in existence at that time to help reduce the workload, especially one light enough for the A6M.I've read several accounts by Japanese pilots, who mentioned that during long flights, one (or more) of their flight member's aircraft would drift away and eventually plunge into the ocean.
This was not unique to the IJN, as the IJA had to make long transits with their fighters, particularly during the New Guinea/Solomon campaign, when the had to transit between there and the Philippines (Mindanao).
Sperry had developed a gyroscopic autopilot system around the time of WWI and successfully demonstrated it on several occasions during the interest period.Was there any sort of rudimentary autopilot in existence at that time to help reduce the workload, especially one light enough for the A6M.
It's an odd thing that Mitsubishi designed a fighter that can fly for ten hours over 1,900 miles at a cruise speed of 200 mph, but seemingly forgot about the physical limitations of its operator. This reminds me of tank designers whose last consideration are the lilliputian contortionists who they assume will be operating their tanks.The unit itself wasn't all that large, so it would have certainly been able to be used aboard an A6M or KI-43 without much of a penalty.