not EVEN on-topic
I'm a fan of the V-box. They cost about half of what the G Box cost.
There's no need to buy the latest model because the only difference in any of them is the appearance of the box.
They're 24-36 volts and all offer 99 satellite positions.
A v-box V is about $35 postage paid on flea bay. The v-box X may be about $45.
Hey, it ain't rocket science!!!
Well, I don't keep notes on all the previous models, but one of 'em was total crap, and disappeared from the market quickly.
(Vbox 6, maybe?)
As for the others, so far as I know, they worked as advertized.
However, Gbox counts on both the "make" and the "break" of the reed switch, so it counts two for each count of the Vbox.
This translates into finer positioning across the arc, letting you fine tune where you park your dish.
See the review by Linuxman in our Equipment Review department for more info.
http://www.satelliteguys.us/fta-mpe...gbox-v3000-satellite-position-controller.html
The extra resolution would benefit users on Ku band where the narrow beam of a good BUD might be a problem.
Likewise, early Birdview motors were outfitted with 8-magnet wheels (resulting in lower accuracy) compared to later mods with 24 magnets.
For C-band only use, or for BUDs with higher accuracy dish movers, the Vboxes may work just fine.
However, with the positioning accuracy now required for some S2 signals, I'm not taking any chances.
I just got lucky that they told me they were out of stock or I would have had to take
a loss selling it on Ebay.
Reason, I have a new Chaparral Corotor ll Plus which will not work with the Gbox.
I need the Gbox v4000 which has been discussed here but nothing has come of it that I know.
Since there IS no V4000, and may never be, we are left to solve the problem of how to move your dish 'n servo.
Old analog or 4DTV receivers are about it.
I've ditched the servo and put my money behind a Gbox + C2 (C-band only LNBF), and Gbox + Orthomode feed.
The methods available to run the feed servo were just too crude, and I didn't feel like duplicating the efforts of others by making a microprocessor controlled converter.