Celestron AstroMaster 70AZ Review 2026

Yes — clearly. At 90× (using the included 10mm eyepiece), Saturn's ring system is cleanly separated from the globe, and the planet's oval shape is obvious. This is the single most memorable view for first-time observers. The Cassini Division (the dark gap between the A and B rings) may be glimpsed in excellent atmospheric seeing conditions. Saturn's moon Titan is also visible as a small bright dot nearby. See our Saturn viewing guide for timing and tips.

The AstroMaster 70AZ typically retails for $80–$120 depending on the retailer and current Amazon pricing. It regularly features in Amazon's most-bought telescope list. Price fluctuates — check Amazon's current listing for the latest price. The telescope represents outstanding value at this price point: Celestron brand quality, two eyepieces, erect-image diagonal, and Starry Night software included.

Suitable for children aged 10 and above with adult supervision. The telescope requires setting up a tripod, focusing the eyepiece, and aiming manually — tasks that younger children may find frustrating. For children aged 8–10, an adult should do initial setup and help with aiming. For children under 8, a simpler option like a basic tabletop Dobsonian or a pair of astronomy binoculars may be more age-appropriate. The 70AZ is lightweight enough for a child to carry, and its Alt-Az mount has no complex polar alignment needed. Read our best telescopes for kids guide for age-specific recommendations.

The theoretical maximum useful magnification is approximately 140× (2× per mm of aperture). The included 10mm eyepiece gives 90×, which is already a practical high-power view. A 6mm eyepiece gives 150×, and a 5mm gives 180× — near the absolute limit. Above ~150×, the Earth's atmosphere typically introduces enough turbulence to blur fine detail, making higher magnification counterproductive. Cheap eyepieces below 5mm focal length give more power on paper, but the resulting image is dim and blurry. Stick to 90–150× for best planetary results.

Yes, but the view is underwhelming compared to what people expect from photographs. The Andromeda Galaxy (M31) is magnitude 3.4 and spans several degrees — easily visible as a faint, fuzzy oval through the 20mm eyepiece at 45× even in mild light pollution. It appears as a hazy elliptical glow, not the spiral arm detail seen in long-exposure photos. Under dark skies, the galaxy's core is brighter and more defined. For deep-sky objects that look impressive visually, see our easy objects to see with a telescope guide.

First-time assembly takes approximately 8–12 minutes. Once you have done it once, setup takes 5–7 minutes. No tools are required. The tripod legs extend and lock with a quick-release mechanism. The optical tube slides onto the mount's dovetail bar and locks with a thumbscrew. Eyepieces snap in and tighten by hand. The telescope is fully tool-free and beginner-friendly. Celestron includes a printed quick-start guide, and setup tutorial videos are available on Celestron's YouTube channel.

No — the AstroMaster 70AZ is not suitable for astrophotography. It has no motorised tracking, so the Earth's rotation causes stars to trail in any exposure longer than a few seconds. The manual alt-azimuth mount also introduces field rotation in long exposures. The focuser has no camera thread. You can take afocal photos by holding a smartphone to the eyepiece, which works reasonably well for the Moon at 45×, but this is casual photography rather than astrophotography. For a telescope that supports genuine astrophotography, see our best telescopes for astrophotography guide.

Both use the same 70mm / 900mm optical tube. The difference is the mount. The AZ (alt-azimuth) model points up-down and left-right — intuitive for beginners, identical to a camera tripod. The EQ (equatorial) model has a mount tilted to match the Earth's axis, allowing it to track stars by turning one axis. The EQ mount enables more precise tracking at high magnification but requires polar alignment (a 5–10 minute procedure) before each session. For beginners, the AZ model is recommended. The EQ is worth learning if you intend to eventually track and photograph planets at high power.

Yes — all four Galilean moons (Io, Europa, Ganymede, and Callisto) are clearly visible as bright star-like points alongside Jupiter's disc at 45–90×. Their positions change night to night as they orbit Jupiter. On any given night, you might see 2, 3, or all 4 moons — occasionally one disappears behind Jupiter (occultation) or passes in front of it (transit). Free apps like SkySafari, Stellarium, or Sky Map tell you which moons are visible and where they are on any given night.

No — refractor telescopes use fixed lens elements and do not require periodic collimation the way reflector (mirror) telescopes do. The AstroMaster 70AZ's objective lens is factory-aligned and sealed. There is no collimation adjustment, and none should be needed during normal use. The only alignment you need to do is the one-time task of aligning the StarPointer red-dot finder to match the eyepiece view — this takes 2–3 minutes and is described in the quick-start guide.

The 70AZ's main limitations come from its 70mm aperture: faint galaxies (most are invisible from light-polluted suburbs), most planetary nebulae (appear as star-like specks at best), globular cluster resolution (M13 appears as a fuzzy ball, not resolved into individual stars), and fine double stars close to or below the 1.66 arc-second Dawes limit. On planets, expect basic features — cloud bands on Jupiter and rings on Saturn — but not the fine surface texture visible in Hubble images. Mars appears as a tiny orange dot except near opposition. For managing expectations on all telescope types, read our guide on easy objects to see with a telescope.