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After a very sturdy tripod and 'head/mount?' for general photography at the current moment but to also use for a Sky guider when I get one in the future
My questions are;
Which tripod do I need to handle a small scope and or camera with a big lens attached to sky guider, Tripod budget less than £100 Which sky guider should I go for to image the milkyway and nebula? probably 6-8 lbs payload? Budget less than, £400 Do sky guiders come with their own mount? I heard something about a ball head, mount budget less than £50 Is there anything else I may need with what I have mentioned, power, adaptors, filters etc. Much appreciated, I am new here so I hope this is ok to ask. I currently own a NEQ6 with two small telescopes which I have problems with that I will discus in another topic, so I know how to image that way, but I fancy something small and less stressful in the meantime.
The view of the deep southern part of the Milkyway around the Southern Cross, Crux, and Centaurus region. This image was taken with a Canon 5D mk4 using a Canon L-series 24-105mm Lens set to f4. Image taken from a mountain, a dark(ish) location, down southern part of NSW near Kiama, called Saddleback Mountain.
Not the best night for imaging with clouds skudding over every wip and trip, out of 50 images only 15 were good, 30sec exposure 1600iso, 18-55 kit lens at 24mm , Canon 450d, stacked in dss, then ps and starnett++, hopefully next clear night without clouds can go right overhead at the faint band of the milky way. Clear skies
I've been less active lately in this hobby, but I've a few images done, others waiting in the pipeline to be processed.
This is a "crowded" area of our Milky Way galaxy, visible all summer from the northern hemisphere. The Cygnus constellation is home of many named and nameless nebulae.
Starting from the left (North), below the brightest star, Deneb, the Pelican and the North America Nebulae are very popular; going to right, just below the brightest star close to the center of the image, Sadr, lies the Gamma Cygni Nebula. A bit towards the top-right there's the Crescent Nebula and going forward top-right, there's the Tulip Nebula. Finally, at the bottom-right corner, the Veil Nebula, a super nova remnant.
All these are surrounded by shiny gaseous filaments or dusty patches blocking the light.
I started this during the pandemic lockdown. All of the data was captured from my hometown from a balcony brightly lit by a sodium street lamp, but the narrowband filters did their job well, blocking successfully the sodium emission.
A total of 23 hours is made of 2x3 panels composed in a larger mosaic, each panel consisting in about 1h of exposure for the red Hydrogen and 3h of exposure for the cyan Oxigen, all through a Sigma 105 macro stopped at F/4, ASI1600MMC with 6nm Astronomik filters.
I'm planning to shoot RGB data too and make an RGB/HOO composition.
Cheers and clear skies!
astrobin link: https://www.astrobin.com/r22yre/
flickr link: https://www.flickr.com/photos/170274755@N05/49939128338/
Here is a picture I took with my wife on holiday in France. It was a rare evening of stargazing after 3 year toddler hiatus.
We took it on a canon 6d with a 16mm wide angle sitting on the star adventurer.
It’s based on 3 exposures where I stacked the sky part whilst only using 1 layer for the foreground. Maybe 20 second exposures I can’t quite recall now. Then bumped up the levels also in photoshop.