I'm curious too...
Edfe 011650z 01005kt 8000 few008 09/08 q1025
edfe 011720z 03003kt 4000 br few008 09/08 q1025
edfe 011750z auto 03003kt //// // /// 08/07 q1025
edfe 011820z auto 06002kt //// r27/p2000n // /// 08/08 q1025
edfe 011850z auto 04004kt //// r27/0275n // /// 08/08 q1025
edfe 011920z 09005kt cavok 08/07 q1017
edfe 011950z auto 01003kt //// r27/1600vp2000u // /// 07/07 q1025
eddf 011650z 03006kt 8000 sct005 09/09 q1025 nosig=
eddf 011720z 01005kt 8000 few004 08/08 q1025 nosig=
eddf 011750z 01005kt 8000 few003 08/08 q1025 nosig=
eddf 011820z 01005kt 8000 few002 08/08 q1025 nosig=
eddf 011850z 01004kt 7000 bcfg mifg few002 07/07 q1025 tempo bkn002=
eddf 011920z 02005kt 0400 r07r/0750vp2000d r07c/0700v1600d r07l/1100vp2000d fg bkn001 07/07 q1025 nosig
If you look at the few hours that lead up to the crash, the weather deteriorate's very quickly. From 1720 to 1820 the vis went from 4000m to more than 2000m and from 1820 to 1950, the vis went down to 1600-2000m variable. The plane crashed at 1900. When the plane went down, EDDF, which is a few miles away was using cat III approaches.
Due to the airport not having any IAP's, I hope they didn't make the mistake of creating a point 2-3 miles from the runway and building a psuedo-glideslope to the point, instead of from the point to 50 ft above the runway threshold.
I'm very curious...the X can get a little squirrelly when it gets slow.