Best Things to See With a Telescope: 12 Bright Targets

The best things to see with a telescope in your first year are not the things that photograph well. They are the things that are bright enough to survive a British sky, big enough to find without a star chart, and interesting enough that you keep going back. Almost every disappointing first night comes from picking a target off a poster of Hubble images and then hunting for it, in the wrong month, from a garden with a streetlight in it.

What follows is a working order. The first five need no dark sky at all and will show something from a suburban back garden on a night with a Moon up. The next five need the Moon out of the way but not much else. The last two are the ones to save until you can find your way around, because failing to find them tells you nothing about your telescope.

The five that work from anywhere

These survive light pollution because they are intrinsically bright. A city sky steals contrast from faint, spread-out things; it does very little to a planet.

1. The Moon, a few days either side of half

Not the full Moon. At full, the Sun is shining straight down on the surface, nothing casts a shadow, and you get a flat white glare. Five or six days before that, along the terminator where lunar sunrise is happening, crater rims throw shadows tens of kilometres long across their own floors and the whole thing goes three-dimensional.

Start at about 50x, work up to 100x or more if the air is steady. It is the only target where too much light is the actual problem, so a cheap moon filter or a dark-time-of-night is worth having. Full detail on which phases show what: observing the Moon with a telescope.

2. Jupiter and its four big moons

Jupiter is the target that converts people. Even a 70mm refractor at 60x separates the disc into a pale cream ball with two darker bands running across it, and strung out either side in a straight line are Io, Europa, Ganymede and Callisto, visibly in different positions from one night to the next. Sketch them one evening and again 24 hours later and you have repeated Galileo’s 1610 observation with better glass.

Jupiter is at its best around opposition, when it rises at sunset and sits highest near midnight. After the January 2026 opposition, the next one falls on 11 February 2027, in Leo. Away from opposition it is still worth looking at for months either side.

3. Saturn, which is getting better every year until 2032

Saturn is the one people describe as looking fake. There is a genuine catch at the moment: the rings passed edge-on to us in March 2025 and effectively vanished, and they have been reopening slowly since. Around Saturn’s opposition on 4 October 2026 they are tilted only a few degrees to our line of sight, so expect a thin ellipse rather than the wide-open rings of the photographs. The tilt keeps widening through to the early 2030s, so a poor showing now is not your telescope.

Titan is easy at low power as a star-like point near the planet. You need about 100x and a steady night to hold the ring gap.

4. Venus, which has phases

Venus never shows surface detail, because you are looking at the top of an unbroken cloud deck. What it does show is a phase, exactly like the Moon: a small bright gibbous when it is far from us, a large thin crescent when it is close. Watching it swell and thin over a few months is one of the few things a beginner telescope does better than any photograph, and it is bright enough to observe in daylight or twilight, which actually improves the view by cutting the glare.

5. Mars, with expectations managed

Mars is small. For most of its two-year cycle it is a featureless orange dot, and even at its best it is a fraction of Jupiter’s apparent size. The next opposition is 19 February 2027, and it is an unfavourable one: Mars is near the far end of its orbit, so the disc stays small. A polar cap and one or two dark markings are a realistic target at 150x on a good night. Anything more is a bonus. More on the planets through the year: how to see the planets from the UK.

The five that need a proper dark night

These are deep-sky objects, and light pollution hits them hard. You do not necessarily need a dark-sky reserve, but you do need the Moon below the horizon and, ideally, a garden where you are not looking straight at a security light. If your sky is bad, the UK dark sky sites list is worth a drive.

6. The Orion Nebula, M42

The best deep-sky object in the northern sky, and it is only up from roughly November to March. Below Orion’s belt, in the “sword”, a naked-eye fuzzy patch resolves in any telescope into a curved sheet of grey-green glow with a dark notch cut into it. At 100x, four stars appear at its heart in a tight trapezium; they are the young stars lighting the whole thing.

You will not see the pinks and reds. Human night vision is colour-blind at these brightnesses, so nebulae look grey or faintly green through an eyepiece no matter what you spent.

7. The Pleiades, M45

The counter-intuitive one: use your lowest power, or use binoculars. The cluster is more than four times the width of the full Moon, so a high-power eyepiece shows you a few blue stars and none of the shape. The Royal Observatory notes that although more than a thousand stars belong to the cluster, only six are usually visible to the naked eye. A wide field at 25x or 30x shows dozens, hard and blue-white. Best in November and December.

8. The Double Cluster in Perseus

NGC 869 and NGC 884, two open clusters side by side in the same low-power field, high overhead on autumn and winter evenings. Nothing else in the sky looks quite like it: two knots of a few hundred stars each, close enough to take in together, with a scattering of orange stars among the white. Like the Pleiades, this rewards a wide field, not magnification.

9. M13, the Hercules globular cluster

A ball of over 100,000 stars, magnitude 5.8, about 25,000 light-years away, sitting on one side of the “keystone” of Hercules. Summer target, well placed from May to September.

This one has a threshold. Below about 100mm of aperture it is a round grey cotton-wool blob. At 150mm and 150x on a decent night, the edges start to break into individual pinpricks, and the moment that happens is the point at which most people understand what aperture buys them. See telescope aperture explained for why.

10. Albireo, the best double star for a small telescope

At the head of Cygnus, Albireo splits at 25x into a golden-yellow star of magnitude 3.1 and a sapphire-blue companion of magnitude 5.1, separated by about 34 arcseconds. It is the one deep-sky object where you genuinely do see strong colour, because both stars are bright enough to trigger colour vision.

Double stars in general are the underrated category for anyone with a bad sky. They are immune to light pollution, they need no dark adaptation, and Mizar in the handle of the Plough splits in almost anything, with fainter Alcor beside it.

The two to save for later

11. The Andromeda Galaxy, M31

The most over-promised object in amateur astronomy. It is genuinely enormous, several times the width of the full Moon, and in a telescope it is an oval smudge that gets brighter towards the middle. That smudge is a trillion-star galaxy two and a half million light-years away, which is the whole point, but nobody has ever been struck by how it looks. Use binoculars or the lowest power you own; a narrow field shows only the core and makes it worse.

12. The Ring Nebula, M57

A small grey smoke ring between the two lower stars of Lyra’s parallelogram, and the classic “prove your telescope works” object at about 100x. It is faint but tiny, which means its light is concentrated, so it takes magnification and holds up better under a suburban sky than M31 does. Finding it needs you to be comfortable star-hopping first: how to find objects with a telescope covers the method.

What none of them will look like

Every photograph you have seen is a stack of long exposures on a sensor that accumulates light. Your eye does not accumulate. So:

• Nebulae and galaxies are grey, sometimes faintly green, never pink.
• Planets are small and sharp, not large and detailed. Jupiter at 150x is roughly the size of the Moon to your naked eye.
• Detail arrives in flickers, in the half-second when the atmosphere steadies. Sitting at the eyepiece for ten minutes shows you far more than glancing for thirty seconds.

None of this is a reason not to look. The reason to look is that the photons hitting your retina left Saturn eighty minutes ago and M13 before humans farmed anything, and no screen does that.

A first-year order of play

If you are starting from nothing, work through it seasonally rather than by ambition:

• Autumn: Saturn, the Double Cluster, M31, the Pleiades from November.
• Winter: the Moon, Jupiter, M42 and the Trapezium, plus Mars in early 2027.
• Spring: the Moon again, Mizar, and galaxies in Leo and Virgo once you can navigate.
• Summer: M13, Albireo, M57, and short nights that never get properly dark in June and July.

If you have not bought anything yet, read how to buy a telescope in the UK before you spend, and check what to see in the night sky this month for what is actually up tonight.

Frequently asked questions

What is the single best thing to see with a beginner telescope? Saturn, if it is up. Nothing else produces the same reaction, because the rings are instantly recognisable and unmistakably real. If Saturn is not visible, Jupiter with its four moons is the next best, and the Moon along the terminator is the reliable fallback on any night of the year.

Can I see anything good with a telescope from a city? Yes, but only the bright things. The Moon, Jupiter, Saturn, Venus, Mars, double stars like Albireo and Mizar, and bright open clusters are essentially unaffected by light pollution, because they are point sources or small bright discs. Galaxies and faint nebulae are the ones a city sky ruins.

Why do nebulae look grey and not colourful? Because the rod cells that handle low-light vision do not detect colour. Photographs use long exposures on a sensor that keeps collecting light; your eye refreshes many times a second and cannot build up an image. Only the brightest targets, such as the two stars of Albireo, are bright enough to trigger colour vision.

How much magnification do I need for these targets? Less than most people assume. Clusters, the Pleiades and M31 look best at 25x to 40x. Planets and the Ring Nebula want 100x to 150x. Above roughly twice your aperture in millimetres, you are magnifying blur rather than detail.

Do I need a telescope at all, or will binoculars do? For the Pleiades, the Double Cluster, M31 and the Moon, 10x50 binoculars are genuinely good and easier to use. What they cannot do is show Saturn’s rings, Jupiter’s belts or split close doubles. See telescope vs binoculars for stargazing.

When is the worst time of year to try any of this from the UK? Mid-June to mid-July. From most of Britain the sky never reaches full astronomical darkness around the solstice, and in northern Scotland it stays in twilight all night. Planets and the Moon still work; deep-sky observing effectively stops.