I don’t know if my answers will be different but here they are:
1. Bombardier is their one and only competitor with the Canadair CRJ.
2. The next commercial boom after the completion of the 50 seat passenger jet era is the 75-100 seat jet. As we know, Embraer has announced it’s plans to develop aircraft to meet that need. I don’t think they’ll produce anything bigger beyond that, as there won’t be a need to with such a large market share of the 50-100 seat aircraft.
3. No need for anything larger now or in the future in my opinion.
4. For the EMB-170, the only competitor is the CRJ-700 which won’t stand up as well against the Embraer product. Beyond the EMB-170 the only competition is as ACA345 said, the Boeing 717 and Airbus 318 (with the A318 being the bigger threat). The EMB-170/190 family will have a great interest to those smaller companies who are looking for flexibility in a growing industry. There’s a good chance that a common type rating will be issued for the EMB-170/190 which will greatly benefit a company operating on “thinner” routes. The A318 on the other hand benefits those larger companies that are trying to get into smaller markets. It has the same benefit with the universal type rating for the A320 family but it only works for larger operators. So what’s my point? I don’t see the A318 being as much as a competitor to the EMB-170/190 as it seems to be. They might fit the same market but they’re competing for different types of airlines.
Wow, from their pictures you can see that USAirways gave up on their MetroJet service from all the parked red 737-200’s.
I remember reading an article about desert storage soon after 9/11 as airlines from around the world work flying in aircraft to park. They seal up the aircraft skin, cover the windows, remove all the fluids and put it out to storage. They quoted a turn around time that I can’t remember. It was something like 3 weeks between when an airline called saying they wanted to reclaim their aircraft to when the staff could get it back to flying condition. They parked 2 of our 3 turboprop fleets in the desert after 9/11. I know a few pilots who got to make delivery flights to Roswell. They said it was just awesome to see all the aircraft parked.
Originally posted by robc
If i remember its for the space station so that the astronuats have a vehicle to come back down in or along those lines…
It’s the X-38, a lifeboat for the ISS. I visited Houston last summer and got to see the manufacturing hangar at the Johnson Space Center. I don’t own a scanner so I can’t share my pictures but here’s a picture from NASA. It’s the 2/3rd scale test bed.
I give it a thumbs up. In the time of need any passenger only has to look up and refresh their memory of the procedures. As we know, some folks like to take the safety cards which doesn’t help. This trend will kill the collectors pasttime but a small price to pay.
United 232 is an amazing story as well. After DC-10’s number 2 engine threw a compressor disc it lost all hydraulics forcing the crew to fly my differential thrust alone. It’s a miracle that everyone wasn’t killed. The story is an excellent example of great CRM.
Originally posted by atc pal
The Air Florida crash must be the one (AF 90) that crashed on take off from Washington National Airport onto the 14’th Street Bridge and into the Potomac River on January 13 1982. Only 4 passengers and one crewmember survived.A short summary on
http://www.awesome80s.com/Awesome80s/Science/transportation/Aviation/AirFloridaFlight90.aspBest regards
atc pal
Oops, I quoted the accident as taking place at La Guardia not DCA in my post. Thanks for the correction and the link.
Re: Re: I need an accident to write about.
Originally posted by Jeanske_SN
houw couldnt you notice that you are 200 feet above the ground? :confused: :confused:
At 23:30 hours over the featureless Everglades you’d have trouble telling if you were at 500′ or 5000′.
Originally posted by Jeanske_SN
Yes, stupid pilots, how can you forget to turn on deicing?
Because the job isn’t as easy as it seems. Plus, being that the crew was from Florida they didn’t much experience flying in the winters of the Northeast.
Here’s a great website about EAL 401.
Originally posted by T5
What was the aircraft that crashed in Florida (??) where it wasn’t actually the impact that killed most of the passengers but the icy water where the aircraft came down, shortly after takeoff?
I believe you’re thinking of the Air Florida flight that crashed on takeoff from NY-La Guardia airport after the crew had forgotten to turn on the anti-ice system.
There was a crash in the Florida Everglades of an Eastern Airline L1011, Flight 401. The crew was circling at 2000′ while they played with the nose gear position indication lightbulb. They started a decent without realizing it until they were a few seconds from impact.
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It appears that the ramp would be moveable in order to allow for the door to close. I don’t know whether or not the ramps were attached but hinged or completely removeable.
Also, the interior seats would have to be removed in order to accommodate the full jeep.
yes.
Looking into this some more, I can’t seem to find anything regarding use of the “thrust attenuators” (that’s what they’re called it turns out) on landing for the CitationJet. My original information regarding thrust attenuators came from a USAF T-37 Tweet instructor which has a similar set up to the CitationJet. What I explained before regarding the use of the attentuators during landing to permit a higher rpm for a possible go-around was a procedure on the T-37 (as explained by him) but it was his belief that it was the same for the CitationJet.
They are an airplane oddity for sure. Anyone else know something about these?
Originally posted by wysiwyg
A further interesting bit of info – on the 757 (and presumably all jets with underslung wing engines) we only use reverse idle until the nosewheel is on the ground to avoid the reverse thrust rapidly pitching the aircraft nose down and damaging the nose gear.
The reverse is true for rear mounted engines. It’s advisable to avoid reverse thrust before the nose is on the ground as it will raise the nose since the thrust vector is aft of the main gear. As I stated before, the first versions of the ERJ had logic to prevent anything other than idle thrust with the reverser deployed until the nose was on the ground. It seems at some point that logic was altered as I talked to several pilots who were alarmed to find the nose rising on them in the touchdown after they deployed the buckets. Embraer did change the logic on us with no one knowing about it.