Apertura CarbonStar 6" RitcheyChretien Telescope High Point Scientific

Apertura Carbonstar. Apertura CarbonStar 6" RitcheyChretien Telescope High Point Scientific It offers a 150mm (6″) primary mirror and f/4 design @FLO any plans to roll out a similar version under the StellaXXX badge? There's a sure market for a CF tube, baffled/ machined secondary holder and decent focuser/mirror/primary frame..

New Imaging Newtonian Apertura Carbon Star 150 Page 9 Beginning
New Imaging Newtonian Apertura Carbon Star 150 Page 9 Beginning from www.cloudynights.com

A couple weeks ago I picked up an Apertura Carbonstar 6" RC from High Point Scientific Achieving an impressive light transmission of 99% is made possible through the use of mirrors that feature.

New Imaging Newtonian Apertura Carbon Star 150 Page 9 Beginning

The Apertura CarbonStar 150 is a small and light reflector telescope with an aperture of 150mm, a focal length of 600mm, and a focal ratio of f/4.The speed of the telescope can be even further improved by using the Apertura Photographic Reducing Coma Corrector (PRCC), which will turn the CarbonStar 150 from f/4 to f/3.8.In this post, we'll. With a 150mm (about 6") primary mirror, this Netwonian reflector comfortably offers more light gathering power than most refractors at a similar price point, and with. Achieving an impressive light transmission of 99% is made possible through the use of mirrors that feature.

Apertura CarbonStar 8" f/8 RitcheyChretien Telescope High Point. Effectively reduces thermal expansion, maintaining accurate measurements I bought this scope to give myself a bit more reach focal-length-wise for some of the smaller targets

Apertura Carbonstar 150 Review Finally a Perfect Beginner Newtonian. @FLO any plans to roll out a similar version under the StellaXXX badge? There's a sure market for a CF tube, baffled/ machined secondary holder and decent focuser/mirror/primary frame.. With modern features like a carbon fiber tube, linear bearing focuser, and enhanced stray light control, it's optimized for capturing high-quality celestial images.