Faun
Diamond Member
- Nov 14, 2011
- 124,353
- 81,127
And the more damage the plane does to the structure. Which is why the hit the towers at a roughly 40° angle -- in order to damage as many floors as possible.It was both the impact and the fuel. The impact by the 767's was designed to produce maximum damage while carrying a lot of fuel; compared to a much smaller aircraft carrying minimal fuel, traveling considerably slower, and accidentally crashing into the Empire State building. Plus the 767's were chosen because they were larger than the 707 the Twin Towers were designed to withstand.The B-25 had exhausted most of it's fuel while the 767's were fully fuelled.Seriously, you didn't just try to make that comparison? A fully fueled 767 with close to 17,000 gallons of jet fuel, flying at 4 to 5 hundred MPH ... with a much smaller aircraft, little fuel remaining, and flying at maybe 200 MPH.
You can't fly a Boeing 767 at 500 mph that low. It can only achieve those speed at very high altitudes.
And although a B-24 only has a 3,614 US gal fuel capacity, it would be high test gasoline instead of jp oil, so would burn much hotter and faster.
But I see the 767 has a 300,000 lb weight, compared to only 65,000 pounds of the B-24.
So the impact had almost 5 times the energy.
Good point, but you were saying it was the impact and not the fuel.
I was the person saying it was the fuel, not the impact.
Comparing those crashes and questioning why the Twin Towers fell while the Empire State building didn't is beyond ludicrous.
You have not understood.
The point of the Empire State crash is that the building codes after that required building to be able to take a crash, as they were inevitable.
And you keep saying the planes were put into a dive for max speed, for max damage, and that makes no sense.
The faster the plane goes, the more the fuel just spews out the other side, without causing any damage.
The more damage to the building, the slower you would want the plane to be flying.
It is the heat that caused the damage, not the impact.