I haven't watched the video yet, but why does it take 3 minutes 42 seconds to say 'blowjobs'?

TLDW.

I can't spend 7 minutes 42 seconds of my life to find out. Can someone just paste a Cliff's Notes list?

About 2:42 seconds too long...

A 30 second (bad) commercial tacked onto a 42 second amusing clip...that's sad.

I did a little amateur investigation, a bit of reading and some numbers but you can skip to the bottom for a summary.

The plane is a Stinson 108-3, 16500 foot service ceiling, 2400 pound gross weight limit (1300 empty weight), 50 gallon fuel capacity. Thats about 1100 of useful weight (2400-1300), with full fuel that lowers it to 800 (6lbs per gallon*50 gallons=300lbs), I saw 3 men in there the 4th passenger I'm gonna assume male, so lets say 180lbs for each (200 for the pilot) that comes to 740lbs for passenger weight. That leaves 60lbs for cargo. Although I couldn't see the cargo, they were still close to the weight limit but still could have been within normal limits.

The airport Bruce Meadows (U63) has a field elevation of 6370 feet. I couldnt find the airport temperature for that day but I did find nearby Stanley Airport 23 Miles southeast of Bruce Meadows. Their METAR history shows a high of 27 Celsius/81 Fahrenheit for June 30, 2012. Definitely a hot day but was it too hot? The closest I could find on performance data shows a 675 Feet per Minute climb at 75 Fahrenheit at sea level. Thats pretty close to what many small planes of that nature can do, so I took those numbers and transposed them over what a Cessna 172N could do. The 172N has a slighty higher climb performance about 750 for sea level and 75 Fahrenheit, a difference of 75 feet ill subtract out. At 6000 feet at 27C/81F the 172N climbs at 420FPM. Taking out the 75 feet brings it to 345 FPM, now I know this isn't perfect but I'm going with what I have. The plane began its climb out at 1:13 and crashed at 2:55, that leaves 1 minute and 42 seconds in between or 1.7 minutes. 1.7*345 means about 590 feet possible gain. But the plane isn't climbing at its best the entire video, at 2:35 it is apparent something is giving it trouble, that brings it down to about 1.58 minutes climb time which is 545 feet. Theres still another factor to consider and thats how consistent the altitude at the ground was.

The runway at Bruce meadows faces at 05/23 (Northeast/Southwest) but most likely he took runway 23 (Southwest) as immediately to the north east theres a wildlife preserve (Gotta fly at least 2000 feet over it) and he flew straight for quite some time. Although the ground increases in the direction he flew, by how much is difficult using the sectional charts. That means that although he may have been able to climb to about 545 feet higher than his original ground altitude, the ground rose with him and his absolute altitude over the ground would be less than that maximum possible 545. The passenger in the rear reported the plane could only climb to about 60-70 feet above the trees. The trees looked to be around 75-100 but thats still difficult to tell. That would mean according to the passenger they might have only been about 170 feet off the ground. It could still be wildly off as we cant exactly see the altimeter.

Finally theres that disturbance at 2:35 described as a downdraft. It could have been windshear, or a wind effect from the mountains. I don't have too much hands on knowledge of mountain flying so I cant say. If it was windshear he might have suddenly lost a headwind and got a tailwind, screwing up his performance. It could have been a downdraft effect. The actual effect on the aircraft may not have been much (lets say 50 feet) but near obstacles it was definitely enough to have a negative impact.



Summary:

Yes he was flying pretty heavy but he may not have been over the weight limit

The temperature in the area was definitely hotter than standard and the altitude was high, but he still had climbing capabilities within service limits. However he didn't give himself much of a safety threshold.

He might have been able to climb about 545 feet higher than the runway elevation, but the terrain altitude rose in the direction he flew, so his actual altitude over the ground was probably smaller than that.

The disturbance at 2:35 might have been some form of windshear which has the capacity to reduce airplane performance, and with his margins of safety so low already, that could have been the final factor.

Basically he may very well have been flying within the service limits of the aircraft, but the margins of safety he left himself were very low and the decision to fly over obstacles like those trees in that mountain enviroment could be the reason this would be declared pilot error.

Other notes:

The takeoff looks pretty rough but he trying to get off the ground as quickly as he can and ride ground effect until he gets up to speed.

I cant find anything resembling a proper PoH for this aircraft but I did find some data that looks pretty close to it. However this aircraft was a model from the late 40s, so the standards of performance may not be the same as now, and the transcribing I did to the 172N could be thrown off more.

On that note, I do realize that a 172 would have different aerobatic effects with altutude and temperature than a Stinson 108, but its the closest data I could use.

I also couldnt not find balance information to get a rough idea of how the plane was balanced. The type of balance on a plane does have effects on performance.

http://www.airport-data.com/aircraft/N773C.html (The aircraft)

http://www.aopa.org/airports/U63 (The airport)

http://www.ntsb.gov/aviationquery/brief.aspx?ev_id=20120701X65804&key=1 (The NTSB link posted earlier)

http://personalpages.tdstelme.net/~westin/avtext/stn-108.txt (Closest thing I could find to performance data, the actual numbers are at the bottom)

http://vortex.plymouth.edu/cgi-bin/gen_statlog-u.cgi?ident=KSNT&pl=none2&yy=12&mm=06&dd=30 (Weather data at nearby Stanley)

http://skyvector.com (sectional chart data, type U63 into the search at the upper left, then make sure that "Salt Lake City" is selected in the upper right for the sectional chart)

42 seconds here.>> ^Hanover_Phist:

28 seconds... that's all I could take.

youtube comment nailed it "this video is clearly fake, watch at the 42 second mark, the girl lifts her head then keeps it up under her own power, then she puts its down"

http://geeks.thedailywh.at/2011/09/13/behind-the-scenes-of-the-day-6/ shows a two minutes and 42 seconds behind the scenes: http://www.youtube.com/watch?v=CeTycAZsdzI ...

I made it in to it 42 seconds before I felt that I might just be in on the ground floor of a new "Rick Roll".

You can't fool me. No sir.

>> ^Duckman33:

Sorry guess it's not an exact dupe. My apologies. Mine's edited to death.


Yeah, only 42 seconds for that old one.

At :42 seconds it gets really good.

Damnit, why couldn't she be funny? Just once! Once in 6 minutes and 42 seconds!

Pause the video at 42 seconds -- the article talks about how the child had the bilateral retinal issues as well as a collapsed lung, which would lead me to believe that 1)there was a lot of baby shaking going on before the "drop", and 2)since there was no open wound noted, there was trauma to the child's back or chest so hard that a rib broke and punctured his lung. Gents -- this is child abuse. Period.

On top of that, the article says the articulate prisoner told the police the child "fell off the couch", when his statement in the video indicates another scenario entirely.

Methinks someone is full of crap, and I find it hard to think there is anything other than a special place in hell for what he did...

I thought it was a biblical explanation for how god created mass but then I saw it was a minute and 42 seconds long and figured that that's a minute and 41 seconds longer than it'd need to be.