Skywatcher New Products!
- Clifford60
- Posts: 1289
- Joined: Mon Sep 04, 2006 8:41 pm
- Location: Central
Re: Skywatcher New Products!
What are the prices for the above items? What should be a proper goto mount for this scope?Meng Lee wrote:Equinox Apo 120 !!!
http://www.sky-watcher.net/swtinc/produ ... class2=101
Smallest GOTO Equatorial Mount ?!!
http://www.sky-watcher.net/swtinc/produ ... class2=304
hmmm, I guess the minimum mount for equinox 120 should be GPD, GM-8, EM-10 or HEQ-5 or Sirius EQ-G mount.
I guess the equinox is hot in europe, since many european telescope companies do carry them.
I guess the equinox is hot in europe, since many european telescope companies do carry them.
Photo Album:
http://www.flickr.com/photos/14113965@N03/
http://www.flickr.com/photos/14113965@N03/
Mc gill is marking out the prices, so hold on for a while before they announce the prices.
Photo Album:
http://www.flickr.com/photos/14113965@N03/
http://www.flickr.com/photos/14113965@N03/
Both the Equinox 120 and the EQ3 SkyScan have not gone into full production yet, as I was told from my supplier.river wrote:perseid is selling Sky Watcher too
I was also told that there is an EQ5 SkyScan version already available. Did not get a final price yet, but estimate to be around RM3K.
Also available now are giant binoculars such as these
http://www.opticalvision.co.uk/prodtype ... istory=cat)
Personally, I think the EQ3 SkyScan would be ideal for imaging with 80mm scope, with or without guidescope. Long, accurate imaging should be possible together with a simple autoguider which cost as low as RM100.
My NEQ3 will arrive in these 2 weeks, so probably will find some time to test it.
Photo Album:
http://www.flickr.com/photos/14113965@N03/
http://www.flickr.com/photos/14113965@N03/
Thanks! Need to have some first-hand information before I buy (another) mount!Meng Lee wrote:My NEQ3 will arrive in these 2 weeks, so probably will find some time to test it.
[80% Steve, 20% Alfred] ------- Probability of Clear Skies = (Age of newest equipment in days) / [(Number of observers) * (Total Aperture of all telescopes present in mm)]