Astromania 9x50 Angled Finder Scope with Upright and Non-reversed Image, Black

Why You Choose Astromania 9x50 Finder Scope?
 
9x50 - the numbers say it all
This finder scope has a 50mm aperture, and so provides a particularly bright image. Objects which you are not even able to see using just the naked eye will usually become directly visible. Also, if you are trying to locate one of the brighter DSOs, this will no longer be able to remain hidden, giving itself up to your searching eye.

-- A big plus in function
Using a star map with a reference star, people can use it to locate and search for specific objects. Some of the stars shown on star maps cannot be seen, or are difficult to see, with just the naked eye however. This finder scope makes a large number of aditional stars available - a big plus for being able to successfully locate objects.

The Advantages in a Nutshell:

    •  9x50 finder scope with 50mm objective lens diameter
    •  Brighter DSOs directly visible
    •  Finder fits onto most telescopes
    •  Easy focusing at the objective lens
    •  Adjustment of finder scope alignment via two screws and spring
    •  Enjoy a comfortable 90° viewing angle
    •  Provide an upright, non-reversed image
    •  True-to-life image at 9x magnification

Angled Eyepiece With Upright Image
Enjoy both a comfortable 90° viewing angle and an upright, non-reversed image. An integrated prism displays objects in a similar way to that with binoculars or spotting scopes. This finder scope makes using a star map much easier, and you can observe near the zeni-th at a completely relaxed angle.

Blackened Internal Threads
The design of the internal thread can eliminate stray light and reflected light, and makes the captured image clearer. The blackening treatment of the edge of the lens can effectively prevent the reflection and achieve the maximum contrast, which is conducive to planetary observation.

Wide Field of View With Crosshairs
The Astromania finder scope has a wide field of view to make locating objects easier. Imagine you have an object approximately located, but not exactly positioned. You simply align the object in the centre with the crosshairs and the object will be located precisely in the main telescope's field of view.