Reebo
Still working for HK
- Joined
- Dec 1, 2001
- Posts
- 491
Follow along with the video below to see how to install our site as a web app on your home screen.
Note: This feature may not be available in some browsers.
VNAV works great on the NG's but on the classics it can be kind of a pain.VNAV sucks in the decent. A/T work fine.
VNAV sucks in the decent. A/T work fine.
Hal,
I've never flown a 737 yet (except the sim on my type rating course). But the VNAV on the A320 is great as long as you put winds in the FMS. What does it do in the 73 that you don't like?
Thanks,
BS
VNAV looks good on paper - right until you get the "180 to the marker" clearance at the last minute.
Now, if you can get your glass panels to look like glass instead of round dials, that would be sweet!!!
Now, if you can get your glass panels to look like glass instead of round dials, that would be sweet!!!
But I really wanna watch the old guys fly an RNP approach in CWS Pitch + Roll
Now, if you can get your glass panels to look like glass instead of round dials, that would be sweet!!!
I have flown bigger Boeings that are much better than either the 737-300 or 700 in pitch control in level change (flight level change) and VNAV. I am no engineer and have no idea why, but assume there must be software differences that contribute.
Some at SWA claim that lack of autothrottles or other reasons are the culprit, but I don't think so. I have jumpseated in Cactus 73's where VNAV was properly used, but was suprised by the relatively abrupt pitch changes that I saw in comparison with a 747-400 for example. It is almost like Hal is always just a step behind. Throw out the gear in level change in a descent, and if you dont wind the speed back in the window immediately you will see some pretty hefty pitch down rates and descent rates to hold speed that other aircraft dampen out better.
Well...OK, we 'll do it...but only because you want it. <eyes rolling>
I have flown bigger Boeings that are much better than either the 737-300 or 700 in pitch control in level change (flight level change) and VNAV. I am no engineer and have no idea why, but assume there must be software differences that contribute.
Some at SWA claim that lack of autothrottles or other reasons are the culprit, but I don't think so. I have jumpseated in Cactus 73's where VNAV was properly used, but was suprised by the relatively abrupt pitch changes that I saw in comparison with a 747-400 for example. It is almost like Hal is always just a step behind. Throw out the gear in level change in a descent, and if you dont wind the speed back in the window immediately you will see some pretty hefty pitch down rates and descent rates to hold speed that other aircraft dampen out better.
Excuse me?
VNAV for T/O and climb will most likely save SWA quite a bit of fuel. For example: I've ridden SWA quite a bit and have noticed that while they set a "reduced power" for takeoff, that when climb power is set, it is an increase in power. I've never experienced that in the NG on VNAV.
VNAV and A/T have not stopped many from hand flying the airplane. It's just one more tool available to the crew. "There are many ways to skin a cat," and you can't put every contingency in the AFM (or whatever). Don't fear it, but keep an eye on it.
From what I remember of the -800 at ATA, we were supposed to select full climb thrust at 5000 feet to save gas, but nearly everyone forgot except in DCA. I kinda think using reduced climb thrust would save more money in the long run with less wear and tear, but what do I know.
The reason climb thrust is more than reduced takeoff thrust is because SWA does not use reduced climb thrust. I think the argument is actually in favor of fuel conservation (the quicker you climb, the quicker you save fuel at altitude).
I don't believe this would be the case, largely due to the fact you're not climbing at "best rate." (Or are you?) I think it's a throwback to the -200 days for simplicity and commonality, like the EFIS set up.
The end of the world must be near.