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What, no RAT?The F-16 has a fly by wire flight control system, so if you lose the engine or just the IGD you are going to lose everything. So it has an Emergency Power Unit powered by hydrazine to enable them to get it on the ground before the pilot ends up being like a guy in lawn chair at 20,000 ft with a only a Nintendo game for company.
Well, that sounds like a good idea. The early P-38 models had only one generator. If you lost that engine it was all over; the Curtiss Electric props did not like not having electricity. On the Martin B-26 they had two generators, one on each engine, but if you lost just one generator it was an abort situation because loss of the other generator or the other engine itself meant the Curtiss Electric props would quit working properly.I've spoken with long range ferry/delivery pilots who carry a rig like that with them on long flights.
Ya know, looking back down the tunnel of time with my retrospectroscope, I sometimes wonder how Curtiss stayed in business so long, and how electric props stayed in the mainstream so late. Given all the electric's shortcomings, it's a wonder hydraulic, and especially hydromatic, props didn't drive them out of the market way earlier.The early P-38 models had only one generator. If you lost that engine it was all over; the Curtiss Electric props did not like not having electricity. On the Martin B-26 they had two generators, one on each engine, but if you lost just one generator it was an abort situation because loss of the other generator or the other engine itself meant the Curtiss Electric props would quit working properly.
nly in a twin with feathering props does a failed engine consistently stop turning. Fixed pitch and most constant speed props on singles will windmill when they quit unless the pilot goes to great lengths to stop them by hovering on the edge of a stall and waiting for it to wind down. Only worthwhile if you've got plenty of altitude and need to maximize your glide distance to the nth degree. Otherwise, your increased sink rate during your ultra slow flight to get your prop stopped will likely negate your improved L/D from eliminating the windmill.
So it has an Emergency Power Unit powered by hydrazine to enable them to get it on the ground before the pilot ends up being like a guy in lawn chair at 20,000 ft with only a Nintendo game for company.
and especially hydromatic, props didn't drive them out of the market way earlier.
Well, unless you used a Curtiss Electric prop I don't think you could have a gun firing through the prop hub.
There may be other technical reasons why electric props are better for some applications.
Well, I did a fair bit of unauthorized experimentation with various single engine planes with an eye to enhancing my emergency skills and discovered that at best windmilling glide speed their alternators could handle any reasonable electrical load including flaps, gear, lights, trim, and avionics. The one main drawback was that the vaccum gyros would start to precess after awhile, as the pump wasn't maintaining rated vaccum.Yeah, I know this, and it's not gonna get you any useful electrical power. Best off concentrating at the job at hand and landing the aircraft.
Ah, those. I remember that from when I learned to fly and was doing instrument failures. I actually enjoyed instrument flying and got into the swing of it quickly. Was never rated, but as part of the PPL we had to do an hour or so's instrument training, which, I can remember part of which took place during a particularly cloudy day. Didn't require the foggles at all, a complete blank outside the aircraft. Very eerie and true-to-life instrument flying. Really enjoyed it.Later on when I was teaching IMC emergencies, I would have the student put soap dish suction stickers over the AI and DG if I gave them an engine failure under the hood.
Like the Japanese Type 11 LMG but writ large??Per the manuals, the 37mm guns were clip fed. There were 22x 5-round clips per gun, so 110 rpg.
View attachment 632300
IIRC, the guns were limited traverse forward; the pilot's gunnery controls were range setting to adjust the gins to converge on the target at range. In local control, they are still firing within a 15-degree cone forward.Fully functional remote control turrets were still nearly a decade in the future. I suspect the only viable option might've been fixed forward firing cannons as in conventional fighters of the time.
How many drums did the Beaufighter have?The Beaufighter Mk II switched from 60-round drum to 240-round(I think) belt feed after the first few airframes (mid-1941?), but they also used a servo assisted feed system. In effect the servo mechanism (basically an electric motor driven set of gears that grabbed the belt) was doing 90% of the work lifting the belt out of the ammo box and pushing/pulling the weight of the belt to the 20mm. From what I have seen/read the system was a pretty good one, but I have never seen anything official on it except in an AM memo saying that it was reliable.