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<blockquote data-quote="cazhh" data-source="post: 892209" data-attributes="member: 391121">Huevos, you are in a completely different location. The wobble we see here is mainly caused by an east/west movement of the footprint. You will not see this, as BCW doesn't see this in the south of france. 2E and 2F wobble usually in sync here, just as Mickwig reported. This is reported by a lot of other people on the eastern rim of the mainlobe from north germany down to bavaria as well. (And by people on the western rim of the 1st sidelobe)I measure a representative list of transponders every minute since july 2013 (and 2e since early february)This is a graph simply plotting each and every single measurment in one graph. I have shifted 2E a bit upwards so that it's better so see what happens. usually the distance between 2E and 2F is about 2db here in my location.<a href="http://abload.de/image.php?img=allweek-140709-today-wieve.jpg" target="_blank"><img src="http://abload.de/thumb/allweek-140709-today-wieve.jpg" alt="" class="fr-fic fr-dii fr-draggable " style="" /></a>Note that when the signal rises here it will go down on the other side in the side lobe. And vice versa. This is NOT caused by influences on the transmission path.</blockquote>

[QUOTE="cazhh, post: 892209, member: 391121"] Huevos, you are in a completely different location. The wobble we see here is mainly caused by an east/west movement of the footprint. You will not see this, as BCW doesn't see this in the south of france. 2E and 2F wobble usually in sync here, just as Mickwig reported. This is reported by a lot of other people on the eastern rim of the mainlobe from north germany down to bavaria as well. (And by people on the western rim of the 1st sidelobe) I measure a representative list of transponders every minute since july 2013 (and 2e since early february) This is a graph simply plotting each and every single measurment in one graph. I have shifted 2E a bit upwards so that it's better so see what happens. usually the distance between 2E and 2F is about 2db here in my location. [url=http://abload.de/image.php?img=allweek-140709-today-wieve.jpg][img]http://abload.de/thumb/allweek-140709-today-wieve.jpg[/img][/url] Note that when the signal rises here it will go down on the other side in the side lobe. And vice versa. This is NOT caused by influences on the transmission path. [/QUOTE]

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