GO AND DOWNLOAD STELLARIUM FOR FREE Question : Can a DSLR camera be connected to this telescope? What accessories are needed for this?
Answer: Of course YES, you can connect a digital SLR camera to this, as well as to any other telescope. For this purpose, you need: a projection connector and a T2 ring appropriate for your SLR camera (there are 5 standards of SLR bayonets: Canon EOS, Nikon, Olympus E, Petax K and Sony Alfa / Minolta AF). These connectors are available in our online store in the astronomical accessories section.
Question : Can a compact camera be connected to this telescope? What accessories are needed for this?
Answer: Of course you can. A suitable shelf for compact cameras can be found in the astronomical accessories section of our online store ( universal adapter for compact digital cameras ).
Question : Can a HYBRID camera (a large compact camera with the dimensions of a SLR) be connected to this telescope? What accessories are needed for this?
Answer: You can try this, but it is not recommended. The so-called hybrids do not work well in astrophotography because they do not have the ability to remove the lens like an SLR camera, and they are large and have large lenses, which means that shelf systems cannot be used, and the vignetting is high because you cannot bring the objective lens very close to the last optical surface of the telescope eyepiece. We recommend purchasing a SLR camera or a cheap compact camera.
Question : What else is worth buying for this telescope?
Answer: The presented telescope is a complete set, ready to conduct astronomical observations on the first clear night. As an addition, we first recommend educational publications that will make both the use of the telescope and the observations themselves more conscious and easier. Additionally, it is worth considering purchasing contrast planetary filters and solar filter foils (available in the astronomical accessories section).
Question : Can this telescope be used as a viewing telescope/nature telescope?
Answer: Yes, the offered telescope is an achromatic refractor, for which, after using the angle connector ( included in the set ), we will obtain an uninverted, terrestrial image. Thanks to this, this telescope can be used as an observation telescope. However, it is worth remembering that its main purpose is astronomical observations.
An astronomical telescope is usually a rather bulky viewing telescope. In turn, an observation/viewing telescope will provide correct images of only some astronomical objects, while offering a compact, easily portable, often waterproof structure.
Question : Can I observe both planets and nebulas with this telescope? Is this a telescope only for the city or only for the countryside?
Answer: All offered telescopes allow you to observe the planets of the Solar System (all) and nebulae, or more precisely, galaxies, star clusters, emission nebulae, etc. A separate issue is the clarity of details of the planets' surfaces and the number and brightness of nebular objects. A smaller telescope has its own sky, a large one has its own, but we can always count on wonderful observations of the structures of the Moon's surface, the phases of Mercury and Venus, the disk of Mars, the belts on Jupiter and the four Galilean moons of Jupiter, the ring of Saturn and the disks of Uranus and Neptune. The brightest nebulae, such as the Great Andromeda Nebula M31, the Great Orion Nebula M42 or the globular cluster in Hercules M13 always delight, even a small telescope will reveal several dozen of the most beautiful nebulae. Finally, a telescope equipped with a solar filter can be used to observe spots on the Sun's disk.
There is no division into telescopes for the city and the countryside , but rather recommendations: if the telescope will be used mainly in the city, in conditions of urban light pollution and high atmospheric instability (buildings give off heat at night, heating the air and the image starts to "float" like on hot days over a hot road!), then an achromatic refractor (lens telescope) or Maksutov (meniscus-reflector) is recommended. Our target will mainly be planets and compact objects. In turn, under the pitch-black, rural sky, it is worth using a Newtonian system (mirror) telescope with the largest possible mirror we can afford, because we can count on a more stable and transparent atmosphere and great opportunities to observe nebulae.
Question : Does this telescope come with a tripod/mount included?
Answer: Of course YES, every telescope has an assembly, unless it is described as OTA ( Optical Tube Assembly).
Question : You write that the telescope comes with an assembly, does this mean that you will come and assemble the telescope for me?
Answer: Mounting does not mean mounting , but the system of mounting the telescope tube. You need to understand that we never make hand-held observations with an astronomical telescope - we have to mount the telescope on a system that allows it to be precisely positioned in any part of the sky.
In the case of an equatorial (also called equatorial or equatorial) assembly , the optical tube of the telescope is mounted on a tripod with a movable head having two axes: the hour axis (right ascension axis) and the declination axis, corresponding to the coordinates of objects on the celestial sphere. Please don't worry - it's nothing difficult, although the names may seem exotic at first. The equatorial mount has one axis (right ascension axis) set so that when rotated, the telescope moves like the stars in the sky. At our latitudes, objects do not move in straight lines or circles (unlike at the poles, where they move in circles parallel to the horizon, or at the equator - where they rise and set always perpendicular to the horizon), but in arcs. .
In practice, a properly set equatorial mount allows you to follow astronomical objects by moving the telescope only in one axis, allows you to take photos of the sky with exposure times longer than a few seconds, and allows you to install a clock drive/engine to compensate for the Earth's daily rotation. . In short, an equatorial montage is a typical astronomical montage.
