Emma is the proud owner of a Meade ETX-70A telescope.

Here is a brief description of the telescope from Meade's Website....

Now even the most novice amateur astronomer can locate and explore the planets, asteroids, and comets, as well as nebulae, star clusters, galaxies, and hundreds of other deep-space objects, all at the push of a button. Meade ETX-60AT and ETX-70AT Astro Telescopes bring the full range of celestial images to your eye with an astonishing level of clarity and resolution. And, carrying on the ETX® tradition of optical and mechanical excellence, 60mm and 70mm ETX models include many of the same features as larger ETX telescopes.

Observing with the ETX-60AT and ETX-70AT: All of the major planets except Pluto are easily observable through the ETX-60AT. Study Saturn and its ring system; the primary cloud belts of Jupiter and its four major satellites, the Moonlike phases of Mercury and Venus; prominent features on Mars; the star-like images of the distant planets Uranus and Neptune. The Moon stands out in stark, almost three-dimensional detail -- craters, mountain ranges, and fault lines. In our galaxy the telescope displays hundreds of nebulae, star clusters, double and multiple stars, and variable stars -- plus dozens of external galaxies in all their variations of form and structure. See the Autostar database listing below for a complete compilation of observable objects.

ETX-60AT or ETX-70AT? For the introductory student of astronomy, or for the casual observer, the Meade ETX-60AT opens up the skies at modest cost to an amazing breadth of celestial detail utterly invisible without the telescope. For a small additional investment the ETX-70AT increases light collecting power by 36% for significantly brighter, more highly resolved images of all the foregoing objects. Through the ETX-70AT, for example, Jupiter's cloud belts, under good atmospheric conditions, take on additional structure not normally observable in the 60mm model; additional satellites of Saturn can be seen; the tenuous filaments of the Orion Nebula can be studied in wider extension. Except for their objective lens diameters, ETX-60AT and -70AT models are otherwise identical.