The YouTube channel Greg's Airplanes and Automobiles posted the last of a series of very good videos about the P-47 Thunderbolt, and it seems like a good topic to post here.
Be sure to watch part 6 of the video series discussing drop tanks that were an early existing technical option that were unutilized/underutilized for far too long, leading to unecessary losses of unescorted bomber crews.
A good place to start in consideration of WWII fighters/fighter-bombers used at a wide variety of altitudes from low altitude ground strafing up to high altitude bomber escort, is consideration of manfold pressure, and means of increasing manifold pressure for increased power output at the various altitudes. So before watching the P-47 videos, I suggest watching the following two, the first being a light overview about manifold pressure using mostly the P-51 in examples, and the second being about superchargers versus turbochargers, with the latter being very uncommon among WWII single engine fighters/fighter-bombers, except for the P-47.
Manifold Pressure (P-51 Mustang)
Turbo vs Supercharging in WW2 Airplanes
Here is the series on the P-47 Thunderbolt.
Part 1 - Design and Speed
Part 1A - Throttle and Boost Lever Use
Part 2 - Dive Speeds & Mach Numbers
Part 3 - Armor & Protection
Part 4 - Climb Rate
Part 5 - Maneuverability
Part 6 - Range, Deceit and Treachery
Part 7 - Firepower, a Lot of Firepower
Part 8 - Conclusions
Be sure to watch part 6 of the video series discussing drop tanks that were an early existing technical option that were unutilized/underutilized for far too long, leading to unecessary losses of unescorted bomber crews.
A good place to start in consideration of WWII fighters/fighter-bombers used at a wide variety of altitudes from low altitude ground strafing up to high altitude bomber escort, is consideration of manfold pressure, and means of increasing manifold pressure for increased power output at the various altitudes. So before watching the P-47 videos, I suggest watching the following two, the first being a light overview about manifold pressure using mostly the P-51 in examples, and the second being about superchargers versus turbochargers, with the latter being very uncommon among WWII single engine fighters/fighter-bombers, except for the P-47.
Manifold Pressure (P-51 Mustang)
Turbo vs Supercharging in WW2 Airplanes
Here is the series on the P-47 Thunderbolt.
Part 1 - Design and Speed
Part 1A - Throttle and Boost Lever Use
Part 2 - Dive Speeds & Mach Numbers
Part 3 - Armor & Protection
Part 4 - Climb Rate
Part 5 - Maneuverability
Part 6 - Range, Deceit and Treachery
Part 7 - Firepower, a Lot of Firepower
Part 8 - Conclusions
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