What is a Cassegrain telescope good for?
Cassegrain telescopes are perfect for the amateur astronomer looking for quality optics. They use a combination of mirrors and lenses and this unique design means that the telescopes can offer large-diameter optics in a very short tube length so that they are very portable.
Which is better Newtonian or Cassegrain telescope?
Newtonians are better for viewing deep space objects. Maksutov-Cassegrains are better for observing planets and the Moon. Newtonians are better backyard telescopes.
Is a Cassegrain better than a reflector?
As a result SCT’s are often far more compact than reflector telescopes and certainly more versatile as they’re not only good for deep sky viewing but great beginner level astrophotography optics too unlike, reflectors. These optics are also enclosed in a tube meaning far less maintenance is required for users as well.
What kind of telescope is best for viewing planets?
11 best telescopes for seeing the planets
- Sky-Watcher SkyMax 180 Pro Maksutov.
- Celestron Astro Fi 5 Schmidt-Cassegrain Wi-Fi system.
- Orion StarSeeker IV 150mm GoTo Mak-Cass Telescope.
- Explore Scientific Carbon Fibre 127mm triplet apo refractor.
- Sky-Watcher Evostar-90 AZ Pronto telescope mount.
Are Cassegrain telescopes good?
Short answer: yes. Schmidt-Cassegrains are some of the best telescopes available in the market if you don’t mind the slightly higher price tag in comparison to Newtonians of similar aperture. SCTs are powerful, have great optics, and are easy to travel with.
Why Cassegrain telescope is better than Newtonian telescope?
Since the light goes a longer distance within a Cassegrain telescope than a Newton telescope of the same length, the focal length of the primary mirror can be made longer. Conversely, for two telescopes with the same focal distance, the Cassegrain will be shorter than the Newton telescope.
What does Maksutov telescope do?
The design corrects the problems of off-axis aberrations such as coma found in reflecting telescopes while also correcting chromatic aberration. It was patented in 1941 by Russian optician Dmitri Dmitrievich Maksutov.