Douglas
Old School KSUX
With the caveat that local changes a lot depending on where you are.
10 minutes is a long time in Florida in the summer...
We are inspiring confidence and putting that "no Nexrad" worry to bed here.
Welcome Aboard!
With the caveat that local changes a lot depending on where you are.
10 minutes is a long time in Florida in the summer...
Like one of the previous posters mentioned, the real thing seems to be more overwhelming, at least if it's solid IMC the whole flight. Again thanks for the pointers, and if anyone would like to add, feel free!
When I was first starting out instrument flying, I always enjoyed those days with ceilings a little above mins (maybe 4-500' OVC) with tops around 3-4K. This allowed me to get on top, enjoy the sun, and get organized and get ahead of the airplane without having to concentrate so hard on the gauges. Set up for the approach, start the descent and then just concentrate on shooting a good one. Great feeling breaking back out into a gloomy, rainy day, knowing that you were just in the sun, and that you flew a nice approach.
When I was first starting out instrument flying, I always enjoyed those days with ceilings a little above mins (maybe 4-500' OVC) with tops around 3-4K. This allowed me to get on top, enjoy the sun, and get organized and get ahead of the airplane without having to concentrate so hard on the gauges. Set up for the approach, start the descent and then just concentrate on shooting a good one. Great feeling breaking back out into a gloomy, rainy day, knowing that you were just in the sun, and that you flew a nice approach.
the last thing i was told before going off for my first time to pick my way around thunderstorm was "aim for the bright spots". Amazingly, i've had some pretty smooth rides going through even heavy and extreme precip.
Lesson is, even if you do have nexrad, or wx radar, the colors arent always indicative of the type of ride you'll get, even if its spitting out lightning.
But then again, ive never regretted going around.
By the way, the above example shows the difference between heavy/extreme radar returns due to large water droplets in saturated rain clouds and heavy/extreme radar returns due to thunderstorms. There is a difference, but you shouldn't try to make that determination without PIREPs, local area knowledge, and knowledge of how to really read weather data. Convective Outlook and CCFP (Collaborative Convective Forecast Product) data on ADDS is great for a general overview, but realize that both products are designed to cover large areas. They won't show smaller areas of instability or areas where orthographic lifting may be a consideration. Lifted Index, K Index, and CAPE (Convective Activity Potential Energy) are all excellent resources as well, and can give you a better idea of how unstable the air is.
Finally, you can get really out of control and check out a Skew-T/Log-P chart for really raw upper air data. I personally use it to complement the CAPE, Lifted Index, and K Index contour plots. If you learn how to read it, it can give you a pretty good cross-section of the atmosphere and give you a better idea of what to expect.
http://weather.unisys.com for all of that data.
Yes, pay for a CFII.