Emergency landing

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BBS-LM

Original Poster:

3,978 posts

239 months

Thursday 4th June 2009
quotequote all
Sorry if this is a repost.

Emergency landing caught on tape. Bloody hell this is some good flying by the pilot, I really thought he was not going to make it, close call.

http://www.youtube.com/watch?v=IS8dgVCJlec&eur...


SoapyShowerBoy

1,775 posts

210 months

Thursday 4th June 2009
quotequote all
I think the fact that they both remained calm helped in the situation a lot. If I was there screaming AHHH WE'RE GOING TO DIE probably it would have made it hard for him to concentrate!

sneijder

5,221 posts

249 months

Thursday 4th June 2009
quotequote all
... yes but worth reposting

1:16, 'So sorry Gill'

If any pilots are reading, was that glide normal or does it drop like a rock ? Any what should he have done, should he have gained more altitude when the engine started ?

Silent1

19,761 posts

250 months

Thursday 4th June 2009
quotequote all
sneijder said:
... yes but worth reposting

1:16, 'So sorry Gill'

If any pilots are reading, was that glide normal or does it drop like a rock ? Any what should he have done, should he have gained more altitude when the engine started ?
IIRC a cessna 172 doesn't drop like a rock when the engine dies, there is a slight change in pitch but not as extreme as that.

mattdaniels

7,359 posts

297 months

Thursday 4th June 2009
quotequote all
sneijder said:
If any pilots are reading, was that glide normal or does it drop like a rock ? Any what should he have done, should he have gained more altitude when the engine started ?
Difficult to tell if he had any thrust when he was doing the restarts. Pulling the nose up when you have an engine quitting is a big no no, trying to stretch a glide is a bad move. You need to lower the nose and trade height for speed to keep you off the back of the drag curve. The wind will also affect the glide, a tailwind will make you sink faster.

The POH for an aircraft will detail the configuration for best glide, most light aircraft have glide ratios in the region of around 10:1 (meaning for every 1000 feet of altitude lost you travel forwards 10,000 feet over the ground assuming nil wind). Airliners have even better ratios.

Seems to me like a good job well done under the circumstances.