Bresser Messier NT-203/1000 Hexafoc OTA
Newtonian telescope. Primary mirror diameter: 203mm. Focal length: 1000mm
Reflector
Optical design
203
Aperture – the diameter of the light-collecting lens or mirror that the telescope uses to collect light
1000
Focal length – the distance from the primary lens or mirror to the point at which the light is focused
Product ID | 72884 |
Brand | Bresser GmbH, Germany |
Warranty | 2 years |
EAN | 4007922151861 |
Package size (LxWxH) | 42x116x38 cm |
Shipping Weight | 15.5 kg |
Description
Bresser Messier NT-203/1000 Hexafoc OTA features a parabolic main mirror. This optical tube is an excellent performer: it provides images of a high quality rare for the telescopes in this price range. You can even observe the shadows of Jupiter’s moons on the planet; the structure, and details on the surface of the planet. Bresser Messier NT-203/1000 Hexafoc OTA is also great for observing the deep sky objects, for example, distant galaxies or nebulae. You can even watch the new stars! Explore the beauties of the universe with this powerful optical tube.
Features:
- Excellent focuser with 65 mm open diameter
- Diffraction limited optics with a parabolic main mirror
- Optimized finder socket for comfortable use
- Cradle rings with a handle and an integrated piggyback camera holder (1/4" thread)
- Dovetail plate with stainless steel
- T2 thread for DSLR cameras (T2-adapter ring for your camera is required)
- 50.8 mm (2") to 31.7 mm (1.25") adapter with integrated T2 thread (T2-adapter ring for your camera is required)
The kit includes:
- Optical tube
- 26 mm Super Plössl eyepiece (31.7 mm/1.25")
- Built-in T2-adapter for a 31.7 mm (1.25") eyepiece
- Adapter for 50.8 mm (2") eyepieces
- Tube rings with prism rail (for EXOS and LXD-75)
- Handle and camera mount
- 8x50 finderscope
- Stellarium astronomy software
- Rotating star map
- User guide
Specifications
Product ID | 72884 |
Brand | Bresser GmbH, Germany |
Warranty | 2 years |
EAN | 4007922151861 |
Package size (LxWxH) | 42x116x38 cm |
Shipping Weight | 15.5 kg |
Optical design | reflector |
Optical scheme | Newtonian |
Objective lens diameter (aperture), mm | 203 |
Focal length, mm | 1000 |
Magnification, x | 28 — 400 |
Aperture ratio | f/5 |
Resolution threshold, arcseconds | 0.6 |
Finderscope | optical, 8x50 |
Reviews
Telescope accessory installation diagrams (.pdf) (13.12.2019)
Convenient diagrams that describe how to install additional accessories on refractors and catadioptric telescopes
Convenient diagrams that describe how to install additional accessories on refractors and catadioptric telescopes
Levenhuk Telescope Assembly Guide (14.12.2019)
Find out how to assemble a telescope on an example of the Levenhuk Skyline 90x900 EQ telescope
Find out how to assemble a telescope on an example of the Levenhuk Skyline 90x900 EQ telescope
A quick guide for novice astronomers (16.12.2019)
This short guide will help you avoid typical mistakes and learn more about telescope and mounting types
This short guide will help you avoid typical mistakes and learn more about telescope and mounting types
A telescope: how to start observing (16.12.2019)
The basics of astronomical observations for beginners
The basics of astronomical observations for beginners
Frequently Asked Questions – Telescopes (20.04.2020)
In this article we have gathered answers to some of the most frequently asked questions about telescopes
In this article we have gathered answers to some of the most frequently asked questions about telescopes
Telescope Under a Microscope: How Does It Work? (18.05.2020)
How telescopes work?
How telescopes work?
First Steps in Astronomy Made Easy! (18.05.2020)
You can actually perform observations from your balcony!
You can actually perform observations from your balcony!
Beginner’s Short Guide to Telescopes (18.05.2020)
All about telescope sizes, types, magnification, and mounts
All about telescope sizes, types, magnification, and mounts
How to use a telescope (18.05.2020)
Learn how to set up and use the telescope properly
Learn how to set up and use the telescope properly
Astronomical observations in the city (18.05.2020)
Astronomy in light-polluted skies. Find out what you can observe in the city
Astronomy in light-polluted skies. Find out what you can observe in the city
Telescopes for children (19.05.2020)
Read an interesting comprehensive article on telescopes for little astronomers
Read an interesting comprehensive article on telescopes for little astronomers
Things you can see with a telescope based on its aperture (19.05.2020)
Celestial objects you can observe with telescopes of different apertures
Celestial objects you can observe with telescopes of different apertures
What can you see with a telescope (19.05.2020)
Colored and vivid images of galaxies, planets and star clusters entrance everyone who is fascinated by boundless space
Colored and vivid images of galaxies, planets and star clusters entrance everyone who is fascinated by boundless space
What is a refracting telescope? (20.05.2020)
Find an interesting review on the history of the changes to a refracting telescope
Find an interesting review on the history of the changes to a refracting telescope
How to choose a telescope (20.05.2020)
To make the process of choosing a telescope easier, we will tell you about the characteristics of the most popular types of telescopes today
To make the process of choosing a telescope easier, we will tell you about the characteristics of the most popular types of telescopes today
A short guide to refractor telescopes: choose your equipment wisely (20.05.2020)
Learn everything you need to know about refractor telescopes to make the right choice
Learn everything you need to know about refractor telescopes to make the right choice
Questions and Answers
Submit your question/feedback