Jump to content

Stargazers Lounge Uses Cookies

Like most websites, SGL uses cookies in order to deliver a secure, personalised service, to provide social media functions and to analyse our traffic. Continued use of SGL indicates your acceptance of our cookie policy.

stargazine_ep20_banner.thumb.jpg.c34e90166f1f5aa93f5211765a962cda.jpg

AstroPhil

Members
  • Content Count

    77
  • Joined

  • Last visited

Community Reputation

98 Excellent

About AstroPhil

  • Rank
    Nebula

Profile Information

  • Location
    SE London & Portsmouth
  1. My first Frac was a ZS71 and I still use it a lot (my dedicated imaging rig with the reducer/flattener). Never used the Evostar but they get good reviews as well. Tough choice!
  2. Hello Wim, Thanks for the quick and super helpful reply - this sounds great. I agree that the indiduino setup looked rather tricky, I spent a while reading up on it and got nowhere so I'll try the Weather Watcher. The station I came up with uses the Arduino MKR1010 and a Ethernet shield and already posts the data to a simple webserver, so it sounds like it should be easy to port to the INDI. Thanks alot! P.S. The ESP32 looks interesting... I actually just ordered on to play with as well.
  3. Hi @wimvb I've been following this, and the thread of @Gina, with huge interest, so much so that I was even inspired (lockdown project anyone!!) so make a similar weather station. In my case I don't have an observatory so it's not used for automation. At the moment the Arduino is plugged into a Pi housed on my flat roof (with an all-sky cam running over stellarmate and a wired network). I'd be keen to hear more about exactly how you integrated the Arduino into INDI? Is it as simple as just plugging it in via USB? In which case I could just plug it directly into my imaging rig (which has another Pi/Stellarmate) but I wonder if there's any way to connect the imaging rig profile to the weatherstation over a network connection? (save me moving it!). Spent hours last night googling for ideas but without much sucess. Any thoughts/ideas? Cheers!
  4. Finally aquired a hard case for the new 'portable' setup...
  5. 3.5mm TV Nagler... I bought it for the Mars approach last year and use it mostly for Lunar now, perhaps Venus occasionally...
  6. Sucess here as well - using my Opticron 8x32's just a few moments ago. Fair bit of light pollution, but despite that, diffuse tail and a compact core both very obvious. Super nice!
  7. Bit more pricey, but the WO equivalent is an option I have my eye on myself: https://www.firstlightoptics.com/william-optics/william-optics-zenithstar-126-apo-telescope.html
  8. How did I miss this news (well, house move I guess ;-) partly to blame!). This is epic, brilliant. Received my Tak from Ian and lots of advice. This'll be a great team I just know it.....
  9. Hi Mike, sounds great - I have the new RPi4 on order anyway (just for trying out in my locked-down state!) so I'll gve this a go for sure, Cheers!
  10. Great idea... I'll give that a go (I already have a stellarmate so am familiar with KStars/Ekos... can't think why that option didn't occur to me haha!!).
  11. Hi all, Hopefully this is the right area for this question if not, my apologies! After our move to London I've re-set up an all sky camera on the roof. Despite the light pollution it's actually surprisingly good! The only easy way I found to avoid USB issues (as well as allow dew heater control and other things) was to mount one of these "mini PC's" in an IP67/68 box out there as well, and use that to control the camera PC via temviewer (I've managed to run an ethernet cable via an old satellite TV trunking so connectivity is good). However, the PC is incredibly slow (an atom powered 'monster' no less). I was thinking of an R Pi 4 based updgrade - but I cannot find much in the way of software to control a camera (SX Superstar based). Does anyone have an recomendations for Linux (Umbuntu Mate, say?) based capture software (such as Sharpcap / Firecap) that might suit? Thanks!
  12. I use one of these: Netgear range extender A cable will always trump wireless, especially with regards to latency and interference, but one of these can either bridge the wifi from the BT-supplied (or the ISP of your choice) hub to a point close to your end point (window facing the garden/Obsy?) Or plug it into a port via a cat5 cable and likewise place it as close as you can to the observatory. I use it in bridge mode and it is fine. You can also select either the 5GHz or 2GHz bands (or both). The 5GHz band is newer, has a higher theoretical bandwidth, and is a less congested band for interference. But it's easier to block (smaller wavelength)...
  13. I'm thinking about a CMOS as well - partly as I cannot justify the expense of the large format CCD equivalents, but would like a larger image. Currently trying to weigh up the Atik horizon vs. the ASI 1600 (mono in both cases)... I never heard about microlensing before. Fascinating stuff.
  14. Well, here's my attempt: before and after. This is an overlay of 30s and 1 minute subs on a background of 5min subs.
  15. Wow that is a beast!... I'm thinking about a 30mm eyepiece as well, and this is on the short list for sure (I have the 24mm in the same range and it's on of my most used). Enjoy it!
×
×
  • Create New...

Important Information

By using this site, you agree to our Terms of Use.