Our aim is to provide you with the right telescope for sale at the right prices, whilst offering a good range of accessories and combination packages at competitive rates. Here we present telescopes for beginners, easy to use telescopes for kids and for more advanced users we have instruments capable of looking deep into space. We also recommend the best telescope using our about buying a telescope page to help you choose one of our Telescopes for either a beginner, intermediate or advanced astronomer using a Reflector Newtonian, or Refractor Telescope.
We believe our KONUS telescopes represent high levels of manufacturing specification from well-established sources and all incorporate features we believe will, used with a best practice, genuinely enhance your viewing experience; this means, for example, no promises of exaggerated high magnification that cannot easily sustain a reasonable image. Our online shop offers telescopes for sale and the opportunity to choose from carefully selected telescopes designed and manufactured by industry leaders to bring you into closer contact with the night sky.
Backpacks & Bags
Konusnova-70 Refractor Powerful Robust Telescope
KONUSNOVA-114 Reflector Telescope
Konustart-900B Powerful Telescope
Konusmotor 130 Telescope
Konuspace-7 Telescope 60mm Refractor
Konuspace-6 Telescope Refractor
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Just a quick email to say how pleased I am with the telescope I have received from your site and also how quickly it arrived, I will be sure to recommend your site.
Thought I would e-mail you just to say thanks for your help, it was first class delivery and the telescopes you sent are spot on!! thanks very much. Both work very well and in excellent condition.
Will be using you again!!!!
Thank you so much, delivery was just as quick as you advised. I look forward to dealing with you for my future purchases
Tim, rapid delivery! thank you very much, haven’t had this much fun since I was a ki the wife isn’t too keen, but she might grow too like it. thanks again.
I just felt I should congratulate you on your extremely speedy service, I placed my order around 8pm Mon. evening and it arrived at my home in Devon at mid-day the following Wed. Well done!
Hi, I got this item, delivered, less than 24 hours after I had received your confirmation e mail. As described and much better quality than I expected for the price. Thanks very much. I would recommend your service to anyone. All I need to do now is explain myself to the wife.
Thank you I am most grateful. Can also say again how pleased I am with my purchase and for the very fast and efficient service, I have received. I will be using your company again in the future and also recommending you to my friends. Thanks again.
Dear Tim Many Thanks to you and your company for the fantastic service. I appreciate all the advice you provided in helping me choose the right product. I have another friend who will be purchasing in the next week or so and I am sure that he will purchase this from you. Once again Many Thanks.
Hi Tim, Thanks for the package it has arrived to day, very speedy thank you! The delivery guy rang and delivered it to work, as he needed a signature, so I haven’t opened it yet but I’m sure it will be fantastic! Thank you for being so helpful and providing a great service.
Dear Tim, Thank you so much for your help on the telephone yesterday I have been so delighted with your company in terms of the website, information, help on the telephone as well as wonderfully efficient service and it is great to know that you are there if my husband needs some help! It makes such a difference dealing with people who are passionate about what they do, not merely there to do a sales job. Thank you so much for everything.
USING A TELESCOPE
Using a telescope for Astronomy has a double appeal: its study reveals the grandeur and design of the Universe and gives the attentive observer the opportunity to take part in work that can be of scientific value. At the same time, one must remember that a large area of science can be explored only by professionals, with the backing of sophisticated apparatus and public funds. On the other hand, there are areas in which the amateur observer can do observational work of real value.
It is to these people, who are willing to work diligently, enduring the sometimes cold winter nights, sacrificing social pleasures, and spending their own money on telescopes and equipment, that I offer my admiration and support. It is for the benefit of such heroic souls that this article has been written in the hope that one man’s experience might not only encourage them but be of practical help.
Firstly, I would offer some suggestions on the practical matter of keeping warm in the night air: wear loose clothing and shoes. Pressure on the body restricts the flow of blood and cold ensues. Wear mittens that leave the fingertips free to handle papers, etc., and not gloves, which impede the fingers. Felt slippers help to keep the feet warm, especially if the soles are thick. Secondly, I would suggest that there are many fields of observation open to the telescope user: the Moon, the planets, comets, stars, and nebulae.
CHOICE OF INSTRUMENT
Since telescopes vary, not only in type but from one brand to another, it is difficult to lay down exact recommendations or instructions for any particular instrument. However, the reader will be able to apply the general principles outlined in the following to his particular instrument. Wide-angle views at low magnification are often required, and many good binoculars provide this need, but for the serious planetary or lunar observer, they are of very limited use. Binoculars provide an extension of naked-eye viewing but do not satisfy the need for high magnification, for which a telescope is a necessity. Among small instruments, the Refractor (ideal telescope for kids) used to hold pride of place being superior to the small Reflector of, say, less than 6in (150mm) diameter. However, Newtonian design telescope technology has significantly improved in recent years and performs equally as well as a similar priced Refractor. As for size increases, the Reflector overtakes the refractor, until in large instruments the Reflector is supreme, mainly because of loss of light in passage through the relatively thick objective lens of the Refractor. Under poor conditions, the small Refractor can supply steadier images than the Reflector of similar power. The advantages and disadvantages of the two types are set out below.
Color-free images Cheapness in relation to the diameter Shorter tube than similar refractor Easier observing position with the Newtonian type Good light grasp in large size aperture
Useful in sizes from 2in (50mm) upwards
Little adjustment required
Maintenance virtually nil
Closed tube minimises tube currents
No refracting obstructions (such as the spider in a reflector)
More robust (better for children)
Temperature changes affect adjustment
More maintenance may be necessary if not looked after
Scatter of light by a spider support of secondary mirror can be detrimental to the image
Colour effects can be annoying
Cost is higher in relation to size
Longer tube can be a nuisance
Mounting must be high for observation near the zenith
(All the disadvantages increase rapidly with size)
The matter of size is governed by the type of observation to be undertaken. The table below illustrates this-
Diameter of objective lens or mirror Limiting magnitude Limit of resolution (seconds of arc)
3in (76mm) 9.9 1.8
6in (I52mm) 11.6 0.9
8in (203mm) 12.3 0.6
I0in (254mm) 12.8 0.5
15in (380mm) 13.8 0.3
These figures presume the mirror of a reflector is in good condition.
Now if you know the limiting magnitude you wish to reach, say for observation of variable stars or other faint objects, and the resolution required for lunar or planetary work, you will be able to choose a suitable size of the instrument.
After purchasing a telescope, you must check its performance on a star. To view terrestrial objects, such as a church clock some miles away, is not enough. Rack out the eyepiece until the image of the star is out of focus and check the shape of the diffraction rings produced by the light of the star under high magnification. These should be circular. Any distortion may be due to pinching of the objective lens or mirror in its cell, or to an optical effect. Astigmatism may sometimes be cured by rotating the lens or mirror in its cell. The distorting effect can also be produced by undue pressure on the flat in its mounting on a Newtonian or similar type of Reflector.
Colour should be minimal in a good Refractor but will still be present even in the best of telescopes. If the image shows a red halo around the star when in focus, the lens is under-corrected. Over-corrected lenses produce a blue halo, but this is better than a red one as the eye does not pick up the blue so well as the red. In any case, if the color is not pronounced, you probably have a good lens, especially if the color of the halo is bluish. With all this in mind, decide on the size of the instrument you intend to choose and its type, bearing in mind that your telescope is a precision instrument and will require proper mounting. Furthermore, if it is too large to be easily portable, it will require weatherproof housing.
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