After only a mere 3 days of frustration of owning a telescope and not being able to use it for the purpose it was designed, I finally got a clear night to try out a bit of photography with my newest photography acquisition, my Skywatcher Explorer 200P on an EQ5 mount.
With a clear sky looking almost certain the hardest part of waiting till it was dark enough to actually see anything in the night sky on Friday night. The moon was coming up frustratingly low and was steadfastly refusing to peek over the top of the house from my back garden so I was forced to wait until the sun had at least waved goodbye for the day.
While still in a twilight sky I obviously couldn’t properly polar align, not that in a dark sky I’d probably have had any more luck either if I’m honest! I did make an attempt though, first finding north using the iPhone compass, so it was probably east or something knowing the accuracy of the iPhone compass and I did level out the mount properly too. With this being the best I could do in a twilight sky I made an attempt at balancing the telescope and that was me ready to go.
I’d spent time earlier in the day setting up the finder scope so with Venus bright in the sky that where I headed. Centred nicely in the finder scope I looked through the eyepiece to find… nothing at all. After some searching I did find Venus and even in the 20mm eyepiece it was a brilliant sight. The crescent clearly defined and even better, the tracking motors seemed to be keeping it in the field of view as well. So far so good.
With Venus in my sights I setup the MacBook pro and tethered it to my Nikon D90, fitted the t-ring and the 2x Barlow (which is needed to get the prime focus) and switched out the eyepiece for the camera and watched the scope drift off on a tangent with the extra weight fitted. Re-balancing and trying again finally I got Venus in the D90 viewfinder and switched the live view on the laptop. This gave me a chance to play with some settings and get a few shots, none of which I’d be willing to stick up online…
By this time Saturn had peeked over the top of the house so that’s where I headed next. Despite a glaring moon just below it the view wasn’t bad at all. Easy to find, find the roof and move up, Saturn was an awesome sight, the rings and some of the moons clearly defined in the eyepiece. With the tracking more or less working I got a good chance to try out some single frame shots of the ringed planet before youngest son walked into the 5m USB cable between the D90 and MacBook pro knocking everything out of line again.
This was the best I got of Saturn, not exactly epic but I was pleased enough for a first go.
Next up was Mars which was… unexciting so I skipped Mars and went in search of the Moon which was still hiding around the front of the house. Moving the scope I got a view of the Moon and within mere milliseconds of getting it in the eyepiece I realised the importance of having a Moon filter. There’s no way you should be looking at a nearly full moon without one. I worried for a bit I had damaged my left eye, the black spot the Moon left in a field of vision a bit of a worry to be frank! Thankfully it subsided and I won’t be doing that again. I did however hook up the camera and use the live view to the laptop to focus and get a few shots, the best of which is below although I’m frustrated at the lack of sharpness in the shot.
The list of questions and things to learn is still massive. Among these…
1. How can I get the whole moon in a single photograph with the camera, the 2x Barlow means only bits at a time and when I tried eyepiece projection the result was more like a lensbaby shot with selective focus!
2. How the hell do you find deep space objects without a GOTO? I’m really thinking I’ll need to invest in the SynScan controller soon.
3. The tracking motors SEEM to work but I’m not convinced, Skywatcher seem to be overly vague in their operation.
4. How the f**k do you balance a telescope for the eyepiece and camera without having to adjust where the scope sits on the rings?
5. Where the hell did all these eyepiece caps come from? As the night wore on I seemed to have more than I had places to fit them?
6. Why do I need a woolly hat, scarf and big jacket in May!
7. Why did I buy such a heavy unwieldy telescope in the first place!
These, and not doubt many more questions may or may not be answered in the coming months…
I wouldn’t call what I’ve been doing up until know as “actual” astrophotography. Sure, I’ve been snapping away at all manner of astro related subjects, planets, moons, sun, star clusters, conjunctions, earthshine, aurora, milky way, ISS to name but a few but it’s all been done on a photographic tripod and with the restrictions that brings. Not that it hasn’t been highly enjoyable, it has and it was quite cool to get into this utilising the camera kit I already had but I really wanted to get deeper into the hobby.
With that in mind I started to seriously look at getting a telescope around February. What I found though was an utterly bewildering array of kit on offer that made my head spin every time I looked at it. I spent hour pouring over telescopes on Amazon having to go off and Google all manner of things. What the hell was an alt-az mount, en EQ mount, what’s the difference from an EQ2 to an EQ6, focal lengths, aperture, motor drives and what’s this? Using a webcam???
It was too much to take in initially and with a fear of buying crap I backed off and bought nothing. I put the thoughts of telescopes out my head totally and thought about getting hold of a Sigma 150-500mm lens instead. Coupled with the 2x it would make it a 1000mm lens and I’d have other uses for a lens that size but then by chance I spotted a 2nd hand Meade 4504 telescope on an EQ mount for £80 for sale locally.
The Meade was a disappointment and a revelation at the same time. When I got it home on closer inspection it had had a hard life. The mount wasn’t working properly; it couldn’t be locked in place at all. The motor drives didn’t function either but the OTA was fine. I couldn’t get the camera to focus with it either so I sold it on quickly. What it did do though was take my breath away when I simply used it for observing. From that first night when I properly used it and saw Jupiter and its moons, Saturn and the Orion nebula I knew I had to get something better.
It took another few months of research until I fully understood what I needed. I had a rough budget of £500 and had to get the best from that I could. Initial plans for a Skymax 127 Mak on a GOTO alt-az where discounted when I realised that the alt-az would be great for getting going fast but it would end up frustrating me. No, I had to do this right. It had to be a heavy EQ mount; it seemed pointless going for anything else if I was going to try this properly.
Finally I settled on a Skywatcher Explorer 200P, an 8″ Newtonian reflector sat on an EQ5 mount. It gave me a nice mixture of sturdy EQ mount and a decent sized telescope. At £400 it wasn’t cheap and the SynScan goto version would have bust the budget by a lot so I also got the Skywatcher dual drive motors for the EQ5, all in just under the £500 budget.
Setup, it’s huge and pretty heavy. It’s certainly not a scope you’ll drag out for a quick 5 minutes viewing but I’m safe in the knowledge I’ve got kit that’s capable, once I know how to use it, to deliver what I want. Coming into summer there wasn’t a worse time to buy such an item but I hope to use the next few light months to get to grips with the new toy, learn that EQ mount and get used to the software that goes with astrophotography so when the winter rolls in again I’m prepared and ready to really start learning to image properly.
I’m in this for the long term now, prepared for the fact that it’s going to be a long and at time frustrating learning curve but I’m looking forward to it. If Edinburgh ever clears a clear night again I might even get my first shot of the moon through a telescope.
Here’s a quick artists impression of how I expect the sky over Edinburgh to look for the foreseeable future…
Keep following this blog for the forthcoming astrophotography related highs and more likely lows!