We've "all" seen the Tamiya models.....made them, even.....
A couple of guys took it to the 'logical' extreme......
Absolutely amazing.
http://en.fishki.net/comment.php?id=107314
P-38s are nice.
And gotta love the Sturmoviks
Republic had a knack of building one thing but ending up with something else...both the Thunderbolt and Thunderchief in particular were BIG [really big], heavy....solid...and functional. They were known to be able to take a lot of damage which is why they were suited to ground support/attack.
The 'boffins' were curious about what stress the Thuds were actually put under during sorties over Vietnam so the installed specific G-force logging equipment....they were intended to handle -4 to +8 ... the usual sortof thing .... but one of them recorded 10.6 ....bugging out after an attack....
Spitfire MK IV or V, I forget which one, had a four bladed prop and wing mounted cannons. There was also one that had the wing tips squared off instead of rounded. Played havoc with the FW-190's. Then came the Tempest, bigger and heavier and the Typhoon, also another heavy. One thing that always got my curiosity going the Gloster Meteor. Twin engine jet yet, though it was a contemporary it, to my knowledge never saw combat. Always wondered how it would stack up against an ME-262.
Trivia: What propeller driven plane broke the sound barrier in late WWII.
Trivia #2: What propeller driven plane went through a brick wall and sustained very little damage.
None.
For the same reason there is a very finite limitation to the maximum speed of a helicopter....the first thing that approaches mach is the prop blade....and subsequently loses lift/thrust. Mach 1 is the effective 'brick wall' for prop aircraft....
Actually it was a P-47 that attained that speed in a dive and it was a P-47 that went through a brick wall.
Chuck Yeager might get a bit upset about that....
The P-47 attaining it is folk-lore and cannot be proven as the airframe is purely sub-sonic and thus would be uncontrollable trans-sonic.... in other words "IF" a pilot attempted that in a dive he is now dead.
Compression-stall on a prop prevents it getting TO mach, let alone past it....
One of the 'fun things' about FSX [the flight sim] is you can artificially crank up the power [speed] of an aircraft and some are so well modelled if you push mach in an airframe not intended to get there the control surfaces DO invert...ie ... nose down harder to pull out of a dive.
Quite 'spooky'...
I havent used a flight sim in a while. the last one i really got into was F-15 Strike Eagke II and that was a miroprose release on the Amiga! I prefer combat flight sims, but nothing ive looked at these days suits me, i'd want FSX but combat.Are there many mods for FSX Jafo?
Er....in a word.....'squillions'.
Just about every plane ever built....and quite a few that weren't.
I have a screenie of landing Thunderbird 2 at Tulla airport somewhere.....
Extra-detailed scenery is available for just about the whole planet [and the moon...for that matter]...though I've only gone for Melbourne airport...and Essendon airport...and NY [Manhattan] - just for fun.....can't land on the Intrepid tho....not a hard-point.
Then...by the time you get into skinning the planes....you can have even more fun..... there's me as the pilot...
Nice! This might be something to look into, both your screenshots look amazing!
On the P-47 again..
Pushed up to the sound barrier. Not able to go through it.
The P-38 could get close enough in a full throttle, high altitude power dive to start to flutter, shudder and rip aeirolons off.
The one aircraft that did really seriously push the sound barrier was the Me-163 Komet.
Pilots were warned in training not to dive under engine power and even in glide had to brake in long dives.
German engineers couldn't get a handle on the fact that the stresses were from compression of the atmosphere at speed and never remedied it.
Thats rocket powered though. Stands to reason it may have got close or broke through.
Yes--rocket powered but before jets were really perfected and combat operational.
The German engineers were baffled because they knew the engine could accelerate the aircraft faster but it began to fall apart as it accelerated past a certain point (and it was already a death trap).
Another thing they never quite figured out was that their gyroscopic gun sites were too slow to track as fast as the Komet could be brought about.
The survival rates of experienced pilots was so low and their combat deployments in the Komet so brief that no one could understand why the guns were so inaccurate until near the end of the war.
FYI Jafo--there's "Google Mars" too.