Best Telescopes and Gear for Astrophotography: Four Picks That Match Your Goal

Astrophotography is a rabbit hole in the best way. A camera can collect light for minutes or hours, and it reveals colors and detail that your eye never sees. It is also a hobby with a steep gear curve, which is why many people spend money in the wrong order.

The way to avoid that is to start with the target. Wide shots of the Milky Way need one kind of gear. Moon and planet shots need another. Faint galaxies and nebulae need a third, and it costs more. This guide covers the first two and explains the third.

Match the gear to the target

Milky Way and constellations. A camera with a normal or wide lens on a star tracker. The tracker turns with the sky so stars stay sharp in exposures of a minute or more. This is the cheapest way to take striking sky photos, and it needs no telescope.

Moon and planets. A camera or a phone on a telescope. These targets are bright, so short exposures work, and many frames can be stacked to reduce blur from the air. A tracking mount keeps the target in view, as we explain in telescopes for planets.

Faint galaxies and nebulae. Long exposures through a telescope on an equatorial mount that tracks accurately, usually with a dedicated camera. It is the most rewarding and the most demanding. Our star tracker vs telescope guide explains how to decide.

The four picks

iOptron SkyGuider Pro Camera Mount Full Package: best star tracker package

The SkyGuider Pro is a compact tracker that mounts between your tripod and your camera. After you align it to the celestial pole, it turns at the speed of the sky, so stars remain sharp in long exposures. That lets you shoot the Milky Way and constellations at lower noise levels than you could with a fixed camera.

The full package includes accessories you would otherwise buy separately, and the listing has a strong buyer rating. It is a camera tracker, not a telescope mount, so check the payload limit on the listing before you add a long lens.

Buy it if you want to start with wide-field sky photos on a sensible budget. Skip it if you want to photograph small, faint objects.

Sky-Watcher Star Adventurer 2i Pro Pack: best known star tracker

The Star Adventurer 2i is one of the best-known trackers, with several hundred ratings on the listing. The Pro Pack bundles the main accessories. It works the same way as the SkyGuider: align it, set the speed and shoot long exposures.

It costs more than the SkyGuider package, so you are paying for the brand and its ecosystem of accessories. It has the same limits, in that it suits cameras and small lenses and not large telescopes.

Buy it if you like the ecosystem and want a well-known option. Skip it if you want the lowest cost.

Celestron NexStar 8SE: best for Moon and planet imaging

The 8SE tracks the sky and holds a planet centered, which suits Moon and planet photography with a camera. The long focal length gives a large image scale, and the 8-inch aperture resolves fine detail when the air is steady.

It is an alt-azimuth mount, so it rotates the field during long exposures, and that limits what it can do on faint objects. For short exposures of bright targets, it works well. See telescopes that find objects for you.

Buy it if you want to photograph the Moon and planets. Skip it if you want long exposures of faint objects.

Celestron NexStar 5SE: best compact imaging scope

The 5SE does the same job in a lighter, smaller package. A 5-inch aperture still shows a lot of lunar detail and decent planetary images, and it is easier to carry and set up.

It shares the limits of the alt-azimuth mount. If you plan to image, pair it with a camera and learn to stack frames.

Buy it if you want a portable scope for Moon and planet photos. Skip it if you want the most resolving power.

Side-by-side specs

The mistakes that cost the most money

Buying a big telescope first. Many people buy a scope and discover that the mount cannot track well enough for long exposures. The mount matters more than the tube for photography.

Skipping the learning. Polar alignment, stacking and processing are skills. Spend time on them before spending on gear.

Ignoring the payload. Every tracker has a weight limit. A heavy camera and lens can overload it, which ruins tracking.

Shooting from a bright site. Light pollution hurts photos as much as it hurts eyes. A dark site is the best upgrade.

How to start cheaply

If you have a camera that can take long exposures, a sturdy tripod and a tracker, you can start shooting the Milky Way. Use a wide, fast lens, shoot in raw and take many frames to stack. Free software can combine them. If you want to start with the Moon, a phone and an eyepiece adapter is a no-cost trial.

A realistic first-year plan

Photography rewards a staged approach. In the first month, use your phone and an eyepiece adapter on the Moon. It costs almost nothing, and it teaches you focus, exposure and how much the air matters. In the next few months, add a camera on a sturdy tripod and shoot the Moon, bright constellations and the Milky Way with short exposures. You will quickly see where a fixed camera runs out of steam, which is the best reason to buy a tracker.

Once you own a tracker, spend a season learning polar alignment, exposure length and stacking. Many people never need more. A good wide-field image of the Milky Way, built from a dozen stacked frames, can look spectacular. If you later want smaller targets, you will know what your next purchase has to do.

What a tracker will not do

A tracker does not make a telescope-quality image of a small galaxy. Its job is to follow the sky for a camera and a lens, and a lens has a limited focal length. You can capture large objects like the Andromeda Galaxy as a small but recognizable shape with a longer lens, and the Orion Nebula as a bright patch among stars. For fine detail, you need the reach of a telescope.

It also will not fix a bad site. Light pollution adds a glow that stacking cannot fully remove, which is why dark-sky trips are such a big deal in astrophotography.

Planet imaging with the NexStar scopes

Planets are small, bright targets. The trick is to record a video of a few thousand frames, then use free software to pick the sharpest frames and stack them. That beats the blur from the air and brings out detail that no single frame shows. A camera attached to the eyepiece holder, or a small planetary camera, does the job. Tracking keeps the planet near the center of the frame, so a computerized mount is a real help.

It is also easy to start with a phone. Hold it to the eyepiece, record a short video and stack the frames. The first results can be surprisingly good, and they show you whether the hobby is for you before you spend more. Our telescopes for planets guide covers viewing and imaging.

Where this fits

Photography is one goal among several. If you mostly want to look, our beginner telescope list is a better start. If you want deep-sky views with your eyes, read telescopes for galaxies and nebulae.

Software worth knowing about

Astrophotography leans on free software. Stacking programs combine many frames into one clean image, and editing programs bring out detail. Planetary stacking tools pick the sharpest frames from a video. Learn one set of tools well, and you will get better results than you would by buying more gear. Tutorials on video sites make the learning curve gentle.

For a closer look at why photographers prefer equatorial mounts, read telescope mounts explained.

How we chose these picks

We compared tracker and telescope listings on Amazon by payload, mount type, what each can shoot and owner feedback. This is research, not hands-on testing. Prices come from Amazon and are stamped with the time they were checked. Our about page and affiliate disclosure explain how we work.

Which one should you buy?

For wide-field sky photos, buy a star tracker, the SkyGuider Pro for value or the Star Adventurer 2i for the familiar name. For Moon and planet photos, the NexStar 8SE or 5SE works well. For faint deep-sky photos, plan on an equatorial tracking mount and more gear.