Best Reflector Telescopes - 1200 to 2000 mm (Focal Length)

The main considerations when selecting a telescope are the aperture level and focal length. A larger aperture enables one to see far objects with less light. However, the bigger the aperture, the bigger the telescope, which limits its portability. The focal length impacts the viewing distance. Another important consideration is the type of telescope (reflector, refractor, or catadioptric), which determines whether it is compatible for close and bright objects (as the moon) or for long-distance stars.

The main considerations when selecting a telescope are the aperture level and focal length. A larger aperture enables one to see far objects with less light. However, the bigger the aperture, the bigger the telescope, which limits its portability. The focal length impacts the viewing distance. Another important consideration is the type of telescope (reflector, refractor, or catadioptric), which determines whether it is compatible for close and bright objects (as the moon) or for long-distance stars.

Reflector telescopes are cheaper entry-level choices for deep sky objects (with low light). They are more portable than refractors and the only type of telescope that does not show a mirror image (helps in sky navigation). Reflectors require more maintenance (cleaning away dust and aligning mirrors).

Reflector telescopes are cheaper entry-level choices for deep sky objects (with low light). They are more portable than refractors and the only type of telescope that does not show a mirror image (helps in sky navigation). Reflectors require more maintenance (cleaning away dust and aligning mirrors). Read More

Telescopes with a focal length of 1200-2000mm (47-78 inches) are for getting a closer look at the moon and larger, closer, and brighter planets.

Telescopes with a focal length of 1200-2000mm (47-78 inches) are for getting a closer look at the moon and larger, closer, and brighter planets. Read Less