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1. #POLINA WITH SPEAR GIRL NAME MANUAL#
2. #POLINA WITH SPEAR GIRL NAME UPGRADE#
3. #POLINA WITH SPEAR GIRL NAME PRO#

Just be aware that the polarscope has an illuminated reticle, and we found that you’ll need to turn the illumination down or the view will be obscured by a red glow. Then you just have to adjust the alt-az bolts to centre Polaris in the field of view – it was dead easy, and didn’t require any further accessories or software. Rather than looking through an eyepiece, the view through the polarscope is displayed on the hand controller’s screen. One is the inbuilt polarscope, for aligning the mount on the Pole Star, Polaris.

#POLINA WITH SPEAR GIRL NAME UPGRADE#

Indeed, we can safely say that if you get this mount, then you probably won’t ever need to upgrade to another because it can handle pretty much anything. Its large payload capacity means that it can mount almost any feasible combination of telescope and imaging accessories.

#POLINA WITH SPEAR GIRL NAME PRO#

We found that, like its little brother the EQ5, Sky-Watcher’s EQ6-R PRO SynScan is a delight to set up and use, capable of carrying a much larger payload and with some nifty extra features thrown in. It could probably carry a five-inch reflector, but not larger apertures. This limits the mount to smaller telescopes, but we were confident with it carrying a 6-inch refractor with room to spare for imaging accessories. Though it’s a stable, chunky build, it’s not a heavyweight mount with a 9.1-kilogram payload capacity. Where the mount is limited is in its carrying capacity. Thankfully the motors are fairly quiet, even at the fastest slewing speed. There are ten different slew speeds to get you around the sky and to track objects (not everything moves at the rate of stars – the Moon, planets, and some comets will track faster than the background stars). Of course, if you’re planning an all-night session obtaining deep exposures, then you’re going to want to opt for the three-star alignment for maximum accuracy, and we found the tracking to be mostly spot on. If you’re just out under the stars for a bit of quick grab-and-go astronomy before it clouds over again, then one-star alignment is sufficient, and we found that under one-star alignment, the Go-To was placing our chosen targets in the centre of the field of view to within an accuracy of about an arc-minute – certainly good enough for a spot of visual observing. Why would you need so many alignment options? It all depends on your needs. Out of the box, the set-up was straightforward, and out under the sky, the polar alignment was wonderfully versatile, with one, two, and three-star alignment options. Sky-Watcher’s EQ5 PRO SynScan equatorial Go-To mount is the perfect example of a great mount that wants to work with you, not against you. Low payload capacity, not suitable for carrying lots of accessories or larger telescopes Once done, you can rest assured that your equatorial mount is polar aligned, and if you’re imaging using a motorised mount, you can do so safe in the knowledge that your image will feature pinpoint stars, not long star trails. This is particularly handy if you don’t know your latitude! Then, target the Pole Star in the finderscope (you can also invest in a small polarscope that provides more accurate fine-tuning so you are pointed exactly at the celestial pole).

#POLINA WITH SPEAR GIRL NAME MANUAL#

Manual equatorial mounts will feature setting circles that allow you to do this, but with computerized Go-To equatorial mounts you can simply set your location using the database in the hand controller, and following an alignment procedure that targets several bright stars that are then matched to their positions in the database, so the mount knows exactly where its location is. To polar align, you must first set the tilt of the polar axis to match your latitude. For contrast, alt-azimuth mounts simply move up and down and left and right, rather than following the arc of the stars around the sky, which makes tracking for long exposures impossible. Making it so that your mount and telescope can do this requires a simple process called polar alignment, but you need an equatorial mount to make it possible. And so, to track the movement of the stars, the telescope mount must also rotate around this point.

The closest star to this pole is Polaris, the famous Pole Star, and all the stars appear to rotate around this spot. This rotation of the night sky is around an axis centered on the celestial pole.