Celestron Nexstar Evolution 8 Advanced Bundle
|This bundle includes a versatile set of accessories together with the popular Celestron NexStar Evolution 8 telescope. With four eyepieces almost the entire useful range of magnification for this telescope is covered. The included variable polarizing filter will deliver more enjoyable views of both the moon and brighter planets. A UHC filter will enhance the visible detail in bright emission nebula. A padded case by Pacific Design allows for both storage and safe transportation of the telescope optical tube and its fork arm mount. |
The NexStar Evolution is arguably one of the best mainstream visual observing scopes to come along in a great while. The integrated rechargeable lithium ion battery makes it self contained, which means fewer things to set up and take down. The internal wifi module allows you to control the telescope from an app on your smartphone or tablet if that sort of thing appeals to you. Celestron broke with tradition by offering two eyepieces with this telescope, including a low power 40 mm and medium power 13 mm Plossl. Our Advanced bundle includes two additional Celestron X-Cel eyepieces, giving you a total of four magnifications. These X-Cel LX eyepieces offer comfortable eye relief and a wider field than a basic Plossl.
Four Eyepieces - Four Magnifications
The NexStar Evolution 8 is more than capable for lunar, planetary, and deep space observing, so we have included two filters to help with these different types of observing. A 1.25" variable polarizing filter allows you to adjust the light transmission to the eyepiece from 1-40%. A low transmission is desirable for observing the moon with a telescope of this size because the moon is very, very bright. Using a high transmission (less filtering) is desirable when observing Mars, Jupiter or Saturn because this reduces glare and allows more surface detail to be seen. We have also included a 1.25" UHC (Ultra High Contrast) nebular filter for observing emission nebulae. This filter blocks undesirable light from man made sources or nearby stars by selectively passing spectral lines commonly emitted by these nebulae, allowing you to see the fainter portions of these targets that would otherwise be obscured by sky glow.
The NexStar Evolution 8 weighs in at 41.4 pounds fully assembled. This consists of 29.2 pounds for the optical tube and fork arm, and 12.2 pounds for the tripod. Our bundle includes a Pacific Design soft case for 9.25" SCT optical tube, which accommodates the Evolution 8 optical tube and fork arm with the finder attached. Using this case makes it both safe and easy to move the telescope to your favorite observing location.
What are the benefits of purchasing a telescope bundle?At first glance you may notice a discount between the bundle price and the cost of the components. While saving money is always nice, the real benefit to to the first time buyer is that we have carefully selected accessories that will maximize your enjoyment of the telescope. Different objects require different eyepieces, and some objects benefit from the use of specific filters. The accessories included in our advanced bundles will allow you to enjoy a wide variety of objects on your first night out with your new telescope.
Are there other accessories one might want or need in addition to what's included in this bundle?In this hobby it seems that there are always additional accessories that can be added as your interests become more specialized. The most common accessory item not included with this bundle is some for of dew control. We don't include this because your needs will differ depending upon where you live. Dew may never be a problem in the desert southwest, but it often is a problem in the forests of northern Pennsylvania or similar climates. This is one of those subjects where you need to use the telecope first before knowing what is the right solution for your needs.
How long will the charge on the internal battery last?The manufacturer claims up to ten hours, but the actual time will be determined by several factors, including ambient temperature and how you actually use the telescope. If it is exceptionally cold outside, battery life will be reduced. If you want to study Mars or another object all night in relatively warm weather, that ten hours is probably a cinch. Unfortunately almost no-one actually uses a telescope that way. What really consumes the battery power is slewing the telescope between objects. If you choose a new object every minutes or so, as many people do, then battery life will be reduced. How much it will be reduced depends upon how far each slew between objects is; if you don't have a plan in mind and are constantly slewing from one horizon to the other, then battery life will be further reduced. It's usually best to have an observing plan before you go out, focusing on the objects that are setting early in the evening and then moving on to those that are higher in the sky. Working within one or two constellations at a time and then moving on will extend the battery life.
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