NT Newtonian Series

Mirror telescope with GP-Level dovetail plate for beginners and hobby astronomers
Perfect for visual observing the moon, planets and bright star clusters and nebulars
Optical design: Newtonian reflector / Aperture: 130mm / Focal length: 1000mm
Length: 920mm / Diameter of tube: 165mm / Weight: 5 KG

• Optical system: Newton
• Highest practical power: 300x
• Objective lens diameter: 150 mm
• Focal length: 750 mm
• Aperture ratio: f/5
• Eyepiece diameter: 31.7 mm (1.25") and 50,8mm (2")

• Optical system: Newton
• Highest practical power: 300x
• Objective lens diameter: 150 mm
• Focal length: 1200 mm
• Aperture ratio: f/8
• Eyepiece diameter: 31.7 mm (1.25") and 50,8mm (2")

• Optical system: Newton
• Highest practical power: 400x
• Objective lens diameter: 203 mm
• Focal length: 1000 mm
• Aperture ratio: f/5
• Eyepiece diameter: 31.7 mm (1.25") and 50,8mm (2")

The classical reflector telescope BRESSER Messier NT-130 with its 130 mm aperture offers 30% more light than other 114mm reflectors that are usually in this price range. The lightweight mount is easily transportable and the optics provide an image that is free of colour abberations.

• Optical system: Newton
• Highest practical power: 400x
• Objective lens diameter: 203 mm
• Focal length: 1200 mm
• Focal ratio: f/6

The MESSIER NT-150 excells with high rigidity and tack-sharp optics. 150mm aperture enable you to observe bright nebulas in the depth of space. The high rigidity of the mount provides relaxed observations and supports first steps into the subject of astrophotography.

The MESSIER NT-150 excells with high rigidity and tack-sharp optics. 150mm aperture enable you to observe bright nebulas in the depth of space. The rigidity of the mount provides relaxed observations and supports first steps into the subject of astrophotography.

The MESSIER NT-150s EXOS-2 excells with high rigidity and tack-sharp optics. The high rigidity of the mount provides relaxed observations and supports first steps into the subject of astrophotograpy.

The MESSIER NT-150 excells with high rigidity and tack-sharp optics. 150mm aperture enable you to observe bright nebulas in the depth of space. The high rigidity and support of the EXOS-2 mount provides relaxed observations and supports first steps into the subject of astrophotography.

The MESSIER NT-203 provides you with images that a few years ago were impossible in this price class. Modern production technology lets you track the shadows of Jupiter's moons on the planet; the amount of structure and details on the surface of the planet is breathtaking. But the MESSIER NT-203 is not only great for planetary work: Detect details in faint distant galaxies and let the glow of nebulae take you to a journey into the depth of the Milky Way.

The BRESSER Messier NT-203/1200 enables observations, which were not feasible in this price range only a few years ago. This Messier NT203/1200 is optimized for planetary observations because of the longer focal length

The Bresser NT-203s/800 f3.9 will deliver you deeper images due to its - compared to 8" f/5 systems - oversized primary mirror and therefore faster optical system with the same exposure time.

The classical reflector telescope BRESSER Messier NT-130 with its 130 mm aperture offers 30% more light than other 114mm reflectors that are usually in this price range. The lightweight mount is easily transportable and the optics provide an image that is free of colour abberations. The EXOS-2 GoTo mount provides sturdy, vibration free movement and is perfect for visual while also great for starting out in astrophotography.

The 150mm aperture enables you to observe bright nebulas in the depth of space. The high rigidity of the EXOS-2 mount allows for relaxed observations and is helpful for those making their first attempts at astrophotography.

The MESSIER N-150 telescope excels with high rigidity and tack-sharp optics. The 150mm aperture enables you to observe bright nebulas in the depth of space. The high rigidity and accuracy of the EXOS-2 GoTo mount allows for relaxed observations and is helpful for those making their first attempts at astrophotography.