If this setup was more consistent in showing OWS development or confluence bands, then a high risk w/ a 45% contour would have absolutely been warranted. I’m just really, really skeptical on mode still, despite the cap that has established itself.
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Couldn’t have said it better myself. Yes, the parameters are sky high over multiple geographical areas. But Storm Mode is king, and if Storm mode doesn’t cooperate and you have constant, destructive mergers in a cluttered mode, then those parameters can go to waste.If this setup was more consistent in showing OWS development or confluence bands, then a high risk w/ a 45% contour would have absolutely been warranted. I’m just really, really skeptical on mode still, despite the cap that has established itself.
4-6 km SR winds are under 6 kt , meaning horrible venting.View attachment 38403
Nothing to see here…. sounding from middle TN.
RRFS and FV3 show a similar output, although they are also typical supercell printer models.I just cant get over the 12z HRRR solution in Arkansas tommorow.
View attachment 38405
This is in Southern Illinois, BTW.View attachment 38406
this looks like a very high end Historic sounding to me.
Very likely EF2-EF3 from something like this.
VTP is at 31.4
Also from the AFD:View attachment 38408
From the LZK AFD earlier this morning.
National Weather Service
forecast.weather.gov
Treys new video
If there’s a discrete supercell there to take advantage of it then yes.View attachment 38409
a more extreme sounding with a VTP of 64.2
EHI3 at 10.7
likely Historic outbreak from something like this
might be a bit too wet however overall very good sounding.
This is southcentral Arkansas.View attachment 38409
a more extreme sounding with a VTP of 64.2
EHI3 at 10.7
likely Historic outbreak from something like this
might be a bit too wet however overall very good sounding.