It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
that's a soft, light, bird, which is not bolted and anchored into the ground. 1 bird = major wing damage 5 aluminum light poles = no wings
Jack Elrod in his Mark Trail comic strip (2/27/2000) says "If an aircraft strikes a big bird at a speed of 500 MPH, the impact will be about 25 tons." He is pretty well on target, considering the above model for a headon collision with a medium sized bird.
yes. discoloured. the way metal gets discoloured when exposed to extreme heat. and, no buckling. just a burr on the nearest corner, the only part which looks like it was ACTUALLY torn and not cut.
Originally posted by In nothing we trustMaybe it was cut by detonating cord? The metal looks discolored near the break.
Originally posted by billybob not only does the lightpole look like it was cut with extreme heat ...
I happend to drive by some of those style lamp pole bases today and I noticed that the metal was discolored at the base of a number of them. Dirt and oxidation I would guess.
Originally posted by In nothing we trustMaybe it was cut by detonating cord? The metal looks discolored near the break. [edit on 11-9-2006 by In nothing we trust]
Originally posted by billybob not only does the lightpole look like it was cut with extreme heat ...
You might want to check your facts again, sport. I think you are confused about the weight of the engine versus the thrust rating which is also given in lbs. If the plane had two 37,000 lbs engines on it, it would never get off the ground. The engines were only around 13,600 lbs apiece.
Originally posted by Terral You are willing to include the fact that a 757-200 jetliner has twin (37,000 pound) Rolls-Royce engines mounted just outside the 24 feet dimension in your very first photo.
I’ve already pointed out your error in the engine weight. As for the “lump of metal” part, do you really think that the engine is just a “lump?” or is it a complicated piece of machinery with many moving parts, and both hollow and solid pieces? Let me ask you this. If an engines is running at maximum RPM, lets say 10,000 rpm, where do the pieces go when the engine hit something and breaks apart?
Originally posted by Terral . Try to calculate the damage from a 37,000 pound lump of metal striking a masonry wall at 500 miles per hour.
WOW... neat coincidence, just like you happened to be in Detroit the day after flight 255... MAN everything just happens so perfectly for you howardroark.
Originally posted by HowardRoark I happend to drive by some of those style lamp pole bases today...
Dude, those lamp pole bases are used everywhere.
Originally posted by Slap NutsWOW... neat coincidence, just like you happened to be in Detroit the day after flight 255... MAN everything just happens so perfectly for you howardroark.
Originally posted by HowardRoark I happend to drive by some of those style lamp pole bases today...
en.wikibooks.org... The weight of the engine ITSELF is 16,980 kg.
Engines are certified to deliver standard thrusts depending upon flight conditions. Thrust is typically measured in kN or lbs. A 'rating' is a predefined power setting that the pilot can select which may be appropriate for particular flight conditions. Rating terminology differs between civil and military aircraft, reflecting the different requirements of these types of aviation.
www.narita-airport.or.jp...
Model: Boeing757-200 Engines: (1)RB211-535C(16,980kg) (2)PW2037(17,343kg) Width: 38.05m Length: 47.32m height: 13.56m Wing Area: 185.25m2 Maximum Take Off Weight: 115,680kg Weight: (1)57,438kg (2)57,411kg Maximum Cruising Speed: Mach 0.80 Maximum Range: 7,222km Required Take Off Distance: (1)2,365m (2)2,310m Required Landing Distance: 1,400m
That is the thrust rating. I don't see where he state that was the weight.
Originally posted by Terral Hi Howard: Howard >> You might want to check your facts again, sport. I think you are confused about the weight of the engine versus the thrust rating which is also given in lbs. If the plane had two 37,000 lbs engines on it, it would never get off the ground. We agree. The engines should weigh in the neighborhood of 6 tons each. However, the thread starter is using the information from the top of the Opening Post: CatHerder (my*)>> “Engines used on a 757: Two 166.4kN (37,400lb*) Rolls-Royce RB211-535C turbofans, or 178.8kN (40,200lb) RB211-535E4s, or 193.5kN (43,500lb) RB211-535E4-Bs, or 162.8kN (36,600lb) Pratt & Whitney PW2037s, or two 178.4kN (40,100lb) PW2040s, or 189.5kN (42,600lb) PW2043s. (source1) (source2) Auxiliary Power Unit: Honeywell GTCP331-200”
The only ignorant idea here is that anything from the plane would remain intact after the impact.
According to your theory, an entire 757-200 jetliner simply disappears into thin air. Please stop trying to insult our intelligence . . . GL, Terral