With a telescope you can see planets, stars, galaxies, constellations, meteors and much more. This article is a guide for astronomers and astrophotographers who are enthralled by the limitless space filled with countless stars. It doesn’t require specialized training or extensive sessions. Simply get a telescope with a suitable lens, or a camera, wait until it is dark, and you are ready to take in the sights of the deep sky objects.
Here is a list of 33 things that you can see with a telescope:
1. The Moon
You can observe the moon just using a small telescope. An 8-10 inch telescope will allow you to distinguish the mountains and craters clearly. A telescope gives it a three-dimensional appearance that you don’t get from simply looking up. You also can inspect the Lunar eclipse through your telescope.
Instructions to see the Moon:
As you point the scope in its general direction, center the moon in the finder. Select the eyepiece with the lowest power and the most extended focal length for a closer view. A 20 mm eyepiece or Barlow lens will work better in this situation. If you are having trouble finding the moon, check the alignment of the finder scope. Once you’ve spotted the moon, check your focus. It is possible to examine mountains, craters, oceans, and Lunar maria. A 70mm telescope provides excellent views of the moon. With a 50x magnification, you can view the entire moon. Check out the detailed guide for how to see the Moon with a telescope provides a detailed guideline to observe this mesmerizing sky object.
Mercury is the closest planet to the Sun. You can see Mercury only on a full moon night. Most of the time, it is too close to the Sun to observe. Mercury is generally white, but its proximity to the horizon gives it a pinkish hue through a telescope. You also can enjoy the phases of Mercury and some features like different mountains on it with 8-10 inch telescopes.
Instructions to see Mercury:
Examine Mercury’s position in the night sky before beginning your observation session with the Mercury Calendar or any other star app. If you look toward the eastern horizon in the morning, you can identify it. In order to inspect the brilliant planet before it is entirely covered by sunlight, try to locate it one hour before sunrise. In the evening, you can distinguish Mercury if you look toward the western horizon. A 50x telescope with a focal length between 50 and 70mm will allow you to enjoy Mercury fairly clearly. A guide how to see Mercury with a telescope will help you inspect this planet in the best ways.
At nightfall, Venus is quite apparent. You must search for Venus at the beginning or finish of the night because it passes in front of the Sun. The brightest celestial object is Venus. Through a telescope, Venus appears to the observer as a brilliant yellow-white planet.
Instructions to see Venus:
Employ a low- to the medium-magnification eyepiece, and make sure your telescope is aligned. Focus the telescope on Venus. You can see the planet Venus with any telescope or pair of binoculars. Use a 25% moon filter to gain a clear view of Venus. The guide how to see Venus with a telescope describes the finest approaches to watching the planet Venus.
Most other planets are either cloud-covered or too small and fuzzy to see much. Mars is the only planet you can inspect with the surface details. You will see the amazing red-orange color more clearly through a telescope. Polar Ice Caps, Valles Marineris, Olympus Mons, the satellites (moons) of Mars, are some features you can enjoy with your telescope.
Instructions to see Mars:
Use the Astronomy app to check that Mars is visible in the sky and to discover more about its position and time. When you are aware of the best locations and times to observe Mars, start by trying to find it with your unaided eyes. Mars is extremely apparent due to its red color. Once it is aligned and ready, you can use an automatic finder or direct your telescope toward Mars. The planet Mars will appear as a recognizable bright red disc. A beginner’s telescope is sufficient to find Mars, observe its form, and determine its color, but little else. But telescopes with 12 inches or more aperture can view all the characteristics and the moons. Guide how to see Mars with a telescope provides a more detailed guidance.
The development of storms, variations in the color of the cloud belts, and other factors cause Jupiter’s appearance to change over time. It appears pale yellow from Earth. It’s off white with reddish-brown stripes when viewed through a telescope. The Great Red Spot, Jupiter’s moons, eclipse, and occultations are some amazing features you can enjoy on your observation.
Instructions to see Jupiter:
When Jupiter is high in the sky, at least 30 degrees above the horizon, it is easiest to view using a telescope. Jupiter is visible to the unaided eye from Earth as a dazzling yellow-white star. But it doesn’t sparkle. First, use your unaided eyes to search for it in the sky. Jupiter is particularly apparent due to its red color. You can use an eyepiece with a low magnification and a long focal length to center Jupiter in your telescope. Even with a powerful eyepiece, it will seem rather little. The moons of Jupiter, Europa, Io, Callisto, and Ganymede, as well as eclipses (when one of its moons passes through its shadow) and occultations (when one of its moons vanishes behind it), will all be visible to you. You may get instructions on how to observe this planet and its various aspects from the article how to see Jupiter with a telescope .
Saturn, the sixth planet from the Sun, is distinguished by its rings. There are 80 moons in orbit around this gas giant. Saturn appears to be a beautiful pale yellow with hints of orange even through a small telescope. The rings of Saturn, most of Saturn’s moons, the dark belts and bright zones are the details the astronomers intend to examine.
Instructions to see Saturn:
Due to its varying sky position throughout time, Saturn is not constantly visible. Also, your position affects where Saturn is. From an Earth-based observer’s perspective, it can occasionally appear excessively near the Sun. To determine where Saturn is right now, you can use any astronomy program or star charts, such as Stellarium or Planetarium. Even the smallest telescope at a 25x magnification can make out the rings and Titan, the moon with the largest moon. You can also use red, green, and yellow filters for sharp views. For further information about watching Saturn, keep an eye on the article how to see Saturn with a telescope.
Only Uranus revolves around the Sun in an eccentric orbit. Furthermore, it contains 27 moons and rings akin to Saturn. Uranus appears as a lighter shade of blue disk. You can view some of its moons through a medium to large telescope.
Instructions to see Uranus:
First, make an effort to see it in the sky without any assistance. You can find the four stars in Pegasus Square. The two stars form a south-facing equilateral triangle at the bottom of the image. At the southernmost point of the triangle, locate Circlet. Try to notice a small portion of the starry chain connecting the two fish of Pisces on the circle’s left side. Uranus is located between those two stars. It spent the entire year of 2022 in the constellation of Aries. To see Uranus, use the Yellow-Green (Wratten #11) filter. Article how to see Uranus with a telescope thoroughly describes how to examine this planet and it’s detail.
The last recognized planet from the Sun is Neptune. It contains fourteen moons and five rings. Moreover, it has a methane-rich atmosphere that gives the planet a bluish hue when viewed from Earth. It is, however, never visible to the naked eye. Neptune can only be detected through a telescope.
Instructions to see Neptune:
You can find the Great Pegasus Square. Locate Phi Aquarii (+4.2), a brilliant star. Then you search for the two stars at the corners, Sheat and Markab. Neptune will be situated in Sheat, next to Markab. Use planetary filters in bright colors to enhance your vision. To learn more about how to watch the planet with a telescope, read the article how to see Neptune with a telescope.
9. Meteor Showers
Dust and pebbles from comets and asteroids, which travel thousands of miles through our Solar system, are the main components of meteors. They burn, transform into fireballs, and leave a long streak in the sky if they come into contact with our atmosphere. The term “meteor shower” refers to these streaks. Smoky trail behind colorful shooting stars is the most amazing thing you can identify in the sky.
Instructions to see Meteor Showers:
Determine the constellation’s connection to the alleged meteor shower by examining its position in the sky. The brightest celestial object you find is the meteor shower. You will be able to see it well from a distance with your unaided eye. Make sure your telescope is aligned properly and use a modest magnification eyepiece. Make use of the telescope to watch the meteor shower. Learn what phase of the moon it will be on that particular night. It may be challenging to see a meteor shower due to the moon’s brightness. The ideal time to see the shower is on a moonless night. Bright meteors typically start to appear after midnight. You can see several significant meteor showers, including the Quadrantids, Lyrids, Eta Aquarids, and Southern Delta Aquarids. You may get advice on how to see meteor showers in the best ways from how to see Meteor Showers with a telescope.
Pluto is known as a dwarf planet. A small or weakly powered telescope cannot identify Pluto. Only a huge aperture telescope with strong magnifications can reveal its light-blue appearance. You can distinguish its only moon Charon with a 10-inch telescope.
Instructions to see Pluto:
When your telescope is ready to use and adjusted, point it toward Pluto with your eyepiece or an automatic finder. Pluto will appear in the sky as an easily identifiable bright red disc. Once you’ve located the Teaspoon, focus on Pi () Sagittarii (magnitude +2.8), which is situated straight east and above the spoon’s base. Place HD 179201, a star with a magnitude of +6.4, in the center of your finderscope and tilt it slightly to the southeast. Pluto’s position right now is 1° east and a little north of the star. Your telescope should have a minimum 8-inch aperture and a 200x magnification. Article how to see Pluto with a telescope offers tips on how to view meteor showers in the best possible ways.
Rocks that are floating in space and shine brilliantly are called asteroids. Particularly the major asteroid belt’s asteroids orbit the Sun and are more visible than other neighboring asteroids. They move so quickly that you can tell them apart from the stars. A tiny telescope makes asteroids like 4 VESTA, 1 CERE, 3 Juno, 15 Eunomia, and many more visible.
Instructions to see Asteroids:
You can obtain resources to help you find asteroids on the IAU Minor Planet Center website. Look for an object with a magnitude of 10 if the asteroid is brighter that night. You must remember that because asteroids travel so quickly, you must simultaneously search for them at two distinct locations. You will notice the best observation opportunities during asteroid encounters. It will be challenging to locate asteroids on the first night if you use a 6-inch or smaller telescope. Recognizing an asteroid will take two hours, even with an 8-inch telescope. Amateur telescopes can find asteroids at magnifications between 150 and 200. Article how to see Asteroids with a telescope can be your comprehensive guide to observing different asteroids.
The largest of Saturn’s 83 moons, Titan is the second-largest moon in the Solar system. In addition, it is the only Solar system object with liquid on its surface. Another intriguing fact is that Titan is the only moon with an atmosphere.
Instructions to see Titan:
Once your telescope is aligned and ready to use, direct it toward Titan using an automatic finder or your telescope. Titan will be seen as a dazzling red disc in the distance. You can distinguish Titan and the other moons of Saturn in the best ways when Saturn is in opposition. You need a 6-inch telescope to see Titan. You can observe Titan with magnifications ranging from 150 to 250 times if the sky is dark and clear. Go through the article how to see Titan with a telescope to learn how to observe it in the best ways possible.
The Sun is the nearest star to the earth and also the only night sky object that can harm your eyes. The optimum times of day to watch the Sun are early in the morning or late in the afternoon when it is colder outside and there is less danger that its brightness would harm your eyes.
Instructions to see the Sun:
Use a telescope that has an aperture of 2-4 inches. When observing the Sun, make sure the filter is firmly fixed in front of the telescope to prevent movement due to wind or jolts. Two secure methods of observing the Sun include direct viewing through a telescope while donning an appropriate filter and projecting the image of the Sun onto paper. Article how to see the Sun with a telescope is a detailed guide to surveying the Sun with your telescope.
Sirius, the brightest star in the sky, is also referred to as the Dog star. With its little companion Sirius B or the Pup, it is visible throughout the late winter and early spring. The size of the Pup is half that of Sirius, the primary star.
Instructions to see Sirius:
Choose a star chart before you begin; it will aid in your ability to see Sirius. January and February are typically the finest times to observe Sirius B in the Northern Hemisphere. Even a 4-inch telescope will be able to see Sirius B by the 2030s. With a 6-inch telescope, use a 400x magnification, and for an 8-inch scope, a 300x magnification. If you can, try to find Orion first. On top is Betelgeuse, a brilliant red star. Its renowned belt, which is made up of three brilliant stars, is located in the center. Just above the belt is Sirius. Follow the stars down and to the left. You can learn how to arrange a session to see Sirius and its Pup in the best manner by reading how to see Sirius with a telescope.
Helium, hydrogen, and other ionized gasses are the main components of nebulae. Astronomers are greatly awed by the colorful appearance of Nebula. The richness of colors makes Nebula very memorable, you can not compare it to anything else. When there is no light pollution and the sky is absolutely dark, this is the greatest time to view Nebulae.
Instructions to see Nebula:
The nebula you wish to observe ought to be in the center of the finder as you point your telescope in its approximate direction. If you want to see more clearly, use an eyepiece with the longest focal length and lowest magnification. A Barlow lens or a 20 mm eyepiece is perfect for that. Check the finder scope alignment to verify whether it is still accurate if you are having trouble viewing the nebula. Check it out and change your focus if the nebula is visible. For improved contrast, use filters. You may see the nebulae’s hues with a 10–14 inch aperture and a 100x–400x magnification. To find out more about the observable nebulae, read how to see Nebula with a telescope.
A galaxy comprises billions of stars, their planets, dust, and gas that are bonded together by gravity. You can examine them through telescopes in a variety of forms, hues, and perspectives. With a telescope, you can view thousands of galaxies, though. Less difficult to locate than the other galaxies include the Milky Way, the Andromeda Galaxy, Virgo A (M87), Bode’s Galaxy (M81) & Cigar (M82), Sombrero Galaxy (M104), and the Whale Galaxy (NGC 4631).
Instructions to see Galaxies:
Put your telescope in the finder’s center and point it at the Galaxy. It is best to select a medium-range eyepiece with the lowest available magnification. A Barlow lens or 10–20 mm eyepiece is the best tool for this. Yet, article how to see Galaxies with a telescope offers the knowledge required for viewing various galaxies.
17. The Milky Way
Our galaxy, the Milky Way, is one of the most common spiral galaxies in the cosmos. We live on Orion’s arm and can see the other side of the Milky Way from the planet. You may see it clearly from about June to September, this is the perfect time to take pictures of Milky Way.
Instructions to see The Milky way:
Sagittarius and Scorpio are two prominent constellations located close to the Milky Way. If you spot Scorpius, look to the left of it to see the Milky Way’s nucleus. If you can see it, Sagittarius is pouring tea in the direction of the Milky Way’s center. Concentrate on the finder and shoot towards the Milky Way. But, telescopes with apertures bigger than 100 mm may capture stunning, high-contrast images of our galaxy. Use 50X magnification to distinguish the objects insides with substantially more clarity and detail. To organize a successful observation session, you can find thorough instructions in the article how to see the Milky Way with a telescope.
18. Andromeda galaxy
The Milky Way’s nearest neighbor, the Andromeda galaxy, is situated 7.7° northwest of Mirach. This one is the only galaxy that you can identify without any optical equipment. Because of pockets of hot young stars blazing bright blue, the Andromeda Galaxy is distinguished by its dazzling blue hue. In the northern hemisphere, it is visible in the night sky for much of the year, but fall is the greatest time to see it.
Instructions to see Andromeda galaxy:
Before you begin choose a star chart. Star-hopping from Cassiopeia and the Great Square are effective strategies for locating the Andromeda galaxy. Mid-northern latitudes get almost constant visibility of Andromeda. The entire Andromeda galaxy may be seen with a 4-inch telescope at 50x magnification. Locate the Andromeda galaxy by moving between stars in Cassiopeia or the Great Square. Imagine tracing a diagonal to the magnitude +2.1 star Mirach from the southeast to the northeast. Go a little northwest after making a 90-degree turn. You’ll find Andromeda there for sure. For further details, go through the article how to see Andromeda galaxy with a telescope.
19. Orion Nebula
One of the brightest nebulae in the sky, M 42, or the Orion Nebula, is situated in the constellation of Orion. It is relatively simple to discover, and telescopes may capture beautiful photographs of it. The reddish color is caused by the radiation of young stars. Hot, blue-white O-type stars are the source of the blue-violet zones of the nebula. The best time to view M 42 is any night between November and February.
Instructions to see Orion Nebula:
You can find Several more night sky objects including the Running Man Nebula (NGC 1977), three stars south of Orion’s belt, M 43, Lota, the brightest star in the Sword, and the star cluster NGC 1981. Use a star chart to start things off. Among all the constellations in the night sky, Orion is one of the easiest to locate. Even from a metropolis, one can quickly identify the Hunter star pattern. Three brilliant stars twist the belt of Orion. You may use guide how to see Orion Nebula with a telescope to choose the optimal time and location to see Orion.
20. Binary Stars
Using telescopes, we came to know there exist binary and multiple-star systems. The majority of Milky Way stars are found in binary pairs. When seen together through a telescope, Lyra, Eta Cassiopeiae ALMACH or Gamma 1 Andromedae, h 3945, Iota Cancri, 24 Comae Berenices, Antares (Alpha Sco), and Ras Algethi (Alpha Her) appear stunning.
Instructions to see Binary Stars:
Make sure you have a star map before you start. Focus on the finder and shoot for binary stars. Choose an eyepiece with a high focal length and low power to get a closer look. For instance, a 20 mm eyepiece or Barlow lens will perform better in this situation. Check the finder scope’s alignment if you are having trouble finding Binary Stars. Examine your attention after you’ve located Binary Stars. A 4-inch telescope that can separate stars up to 1.15 arcseconds apart can detect binary stars. Start by using a 50x magnification. Article how to see Binary Stars with a telescope might help you to enjoy an excellent observation session of Venus.
Everyone is aware of Halley’s Comet, which visits the planet every 72 years. But by using your telescope, you can view countless other comets. Ice, rock, and frozen gasses make up the majority of a comet’s composition. The comet glows green in the visible light spectrum when the sun shines upon it. But you need a telescope to see this amazing view.
Instructions to see Comets:
Find the position and time of a comet’s appearance using a star chart. Point the scope in the general direction of a luminous, hazy, spherical object. The comet does occasionally appear at them, thus higher magnifications can be employed. Choose an area away from light pollution. Start with an eyepiece with a 50x magnification. The traditional wide-bandwidth deep-space filter (Baader UHC-S) method is still effective when there is a lot of light pollution that makes it difficult to see the comets. However, you may organize a fantastic comet observing session with the aid of how to see Comets with a tlescope.
22. The ISS
The International Space Station (ISS) is the spacecraft where astronauts remain to conduct various experiments. It is made up of various components, including the solar array wings that serve as power plants, the astronauts’ living quarters and workspaces, and all other essential items. You can see the ISS is visible to the naked eye. The position and ideal times to view the ISS are listed on the “NASA Spot The Station” website.
Instructions to see the ISS:
Look up the time on the websites to learn exactly when the ISS will be visible above your local horizon. It would be best if you came there at least 5 to 10 minutes early to allow your eyes to adjust to the darkness. Look westward and stare at the star rising above the western horizon. This star is the only sign of the ISS. Watch it via your telescope. The ISS is brighter than the Sun when viewed through a 4-6 inch telescope. For more information, read how to see the ISS with a telescope.
23. The Ring Nebula
You can locate M 57 in the Lyra constellation. It appears like a smokey ring in a tiny telescope.
Instructions to see the Ring Nebula:
Find the brightest of the trio, Vega, and the Summer Triangle asterism. A star in the constellation of Lyra is called Vega. To locate the Ring, use your finderscope or the Red-dot finder. Gamma and Beta Lyrae should align in a straight line. The line’s intersection point is the Ring Nebula. The Ring Nebula appears like a smokey ring when observed through a 4-inch telescope at 111x magnification. The Celestron Starsense Explorer 10″ Dobsonian and Sky-Watcher 12″ f/3.93 are excellent telescopes for viewing the Ring Nebula. Get comprehensive instructions on how to watch the Ring Nebula with a telescope by reading how to see the Ring Nebula with a telescope.
24. The Lagoon Nebula
The Lagoon Nebula is an emission nebula with an active zone of star formation that is packed with gas and dust. When viewed via binoculars or a telescope, it appears gray but in time-exposure color photographs, you will find it to be pink. The ideal time to observe the Lagoon Nebula is during the summer, from June to August, in the Northern Hemisphere.
Instructions to see the Lagoon Nebula:
Discover the Sagittarius constellation. Look northward from the southern hemisphere. If you’re in the northern hemisphere, look south. Utilize the star chart to locate the Lagoon Nebula. You can view dazzling, highly contrasted landscapes with 8-inch telescopes with at least 1000mm of focal length. Light pollution filters make it possible to glimpse the lagoon’s real hue (Optolong L-Pro). Read “how to see a Lagoon Nebula with a telescope” for a detailed description of how to observe it.
25. The Big Dipper
A collection of stars known as the Big Dipper is a part of the Big Bear or Ursa Major constellation. Any dark night in the Northern Hemisphere makes it simple to see.
Instructions to see the Big Dipper:
The use of a star chart would be really beneficial. Observing the Big Dipper is not difficult. On the gloomiest night, stare at north at a 60-degree angle. The Big Dipper should be in the middle of a finderscope with a long focal length and low magnification. A 70mm telescope is adequate for seeing The Big Dipper. The instructions in the article how to see the Big Dipper with a telescope will tell you when and where to look for it.
26. The North Star
You can find the North star Polaris in the constellation Ursa Minor. It appears as a white-yellow star through a telescope. It is close to the Earth’s north celestial pole, you will be able to see it even with a spyglass. Try to observe it if you reside in the northern hemisphere.
Instructions to see the North Star:
You can spot it in Ursa Minor by using either the Big Dipper or the Little Dipper. The North star should be centered on the finderscope using low magnification and a long focal length object. It can be seen extremely clearly via a 6-inch telescope with 112x magnification. Go through the article how to see The North Star with a telescope to get detailed guidelines to observe it in the best ways.
27. The Summer Triangle Region
Three prominent stars, Vega, Deneb, and Altair, located in three distinct constellations, make up the asterism known as the Summer Triangle. In June, it starts to show its three bright stars whenever night falls on the eastern horizon. You can observe the Summer Triangle for the majority of the year.
Instructions to see the Summer Triangle Region:
Find the darkest part of the sky that is also farthest from the lights of the city. You may observe the stars while wearing a Bahtinov mask since they are so brilliant. The Summer Triangle may be seen, nevertheless, without the use of a telescope. When utilizing a 2-4 inch telescope, the views are incredibly clear and brilliant. Center the Summer Triangle on the finder scope using a low magnification and an object with a long focal length. Article how to see The Summer Triangle Region with a telescope will give you a more thorough guidance.
28. Total Eclipse of the Moon
When the umbra makes contact with the moon’s surface, a Lunar eclipse begins. When the moon is totally covered in the umbral shadow of the earth, it is said to be in total eclipse or totality. A Lunar map can be used to determine which night the moon will encounter a total eclipse. You will enjoy colorful red-orange hues of lunar eclipse with a telescope.
Instructions to see the Total Eclipse of the Moon:
Check your Lunar map or eclipse calculator to find out when the Lunar eclipse will occur in your region. To be sure you can see the lunar eclipse that night, check the weather predictions. Find the best spot to see the Lunar eclipse. The eclipse ought to be visible all night long, . The best places are those that are remote and undeveloped. For a complete explanation of how to observe it, read the article how to see the Total Eclipse of the Moon with a telescope.
29. The Hyades Star Cluster
The star cluster that is closest to our Solar system is the Hyades Star Cluster. Gamma Tauri, Delta 1 Tauri, Epsilon Tauri, and Theta Taur are the four brightest stars. From January to April, the Hyades star cluster can be seen in the western sky.
Instructions to see the Hyades Star Cluster :
The best time to view the Big Dipper is in the evening, around 10 o’clock, from March to June. The Hyades Star Cluster has broken apart. Employ a wide field of view to enable the telescope to hold the largest feasible portion. An 8 to 10-inch telescopes are required for seeing Hyades’ Star Cluster. However, the guide how to see The Hyades Star Cluster with a telescope will provide specific planning advice for a successful observation session.
30. The Pleiades
The Pleiades, also known as the Seven Sisters, is an open star cluster (M45). In the night sky, the Pleiades are easily visible.
Instructions to see the Pleiades:
The best seasons to view the Pleiades in the northern hemisphere are fall and winter. The cluster is visible from every location on Earth due to its proximity to the ecliptic. On the darkest night, turn your head to the north at a 60-degree angle. The Pleiades should be centered on the finder scope using a long focal object and low magnification. Article how to see The Pleiades with a telescope will give you a detailed guidance.
31. Variable Stars
There are a lot of stars in our Universe that change over a period of time, sometimes very rapidly for example in a few hours or even a few minutes. They are called variable stars.
Instructions to see the Variable Stars:
For objects brighter than the seventh magnitude, a 4-inch aperture is advised (102 mm). Remember that red giants may appear brighter than they are, so pay attention to your impressions. Place the scope in the finder’s center and point it at the variable stars. Select an eyepiece with the highest focal length and lowest power for a closer view. In this circumstance, a 20 mm eyepiece or Barlow lens, for example, will work better. If you are having problems finding the variable stars, check the finder scope’s alignment. Go through the article how to See Variable Stars with a telescope to get a detailed guideline to observe it in the best ways.
32. Winter Hexagon
The Winter Hexagon is an excellent target for the unaided eye in January and February. The stars of the Winter Loop are visible from every city in the world.
Instructions to see the Winter Hexagon:
Go outside two hours after sunset and look for Sirius (in Canis Major), a stunning star low on the horizon in the southeast. Visit Orion in the south to view the majestic Rigel. It is below Orion’s Belt. Ascend to the orange star Aldebaran, which is now in the constellation Taurus. To the dazzling, white Capella in Auriga, the longest hop, which is about to begin. Leave right away for Pollux (Castor is nearby). Article how to see the Winter Hexagon with a telescope will direct you to the ideal time and location to watch Winter Hexagon.
33. Kemble’s Cascade
More than 20 stars make up the asterism known as Kemble’s Cascade, located in the constellation Camelopardalis and has the open cluster NGC 1502 at one end. With binoculars or a small telescope, Kemble’s Cascade can be seen best in the early nights of November and December.
Instructions to see the Kemble’s Cascade:
Locate the two stars that make up the constellation’s endpoints in the north. Imagine a line from Beta Cassiopeiae (Caph) to Epsilon Cassiopeiae (Segin). Suppose you drew a second line that is approximately as long as the first one and goes in the same direction. Use your telescope to search the region around the line’s terminus for Kemble’s Cascade. Low-power telescope views are best since they highlight stunning star colors. However, the guide how to see Kemble’s Cascade with a telescope will provide you with specific planning advice for a successful observation session.