Bresser Galaxia 114/900 EQ SKY Telescope with Smartphone Holder

The Bresser Galaxia 114/900 EQ SKY is a powerful Newtonian reflector telescope on a German equatorial mount, designed for beginners and advanced hobby astronomers. With a 114 mm aperture and 900 mm focal length, it delivers bright, detailed views of the Moon, planets, and brighter deep-sky objects. The carbon-look optical tube adds a modern aesthetic while the aluminium tripod ensures stability. Included eyepieces (K-20mm and K-4mm) and a 3x Barlow lens provide a wide magnification range from 45x to 675x. A 6x30 finder scope and smartphone holder make observation and astrophotography easy.

Advantages

High-quality Newtonian reflector optics for crisp images. German equatorial mount with slow-motion controls for precise tracking. Carbon-look finish for durability and style. Smartphone holder included for capturing celestial images. Versatile magnification range suitable for lunar, planetary, and deep-sky observation.

Suitable for

• Beginner and intermediate astronomers
• Observing the Moon, planets (Jupiter, Saturn, Mars), and brighter deep-sky objects (star clusters, nebulae)
• Astrophotography with smartphone
• Educational use and hobby stargazing

Key specifications

• Optical Design: Newtonian Reflector
• Aperture: 114 mm
• Focal Length: 900 mm
• Focal Ratio: f/7.9
• Mount: German Equatorial EQ-3
• Maximum Useful Magnification: 228x
• Limiting Magnitude: 12.8 mag
• Resolution: 1.02 arc seconds
• Finder Scope: 6x30 optical
• Eyepiece Barrel Diameter: 1.25" (31.7mm)
• Included Eyepieces: K-20mm, K-4mm
• Included Barlow Lens: 3x
• Total Magnification Range: 45x - 675x
• Tripod Material: Aluminium
• Optical Tube Material: Aluminium
• Finish: Carbon Look
• Motor Drive Compatibility: Yes (optional)

Recommendations

For optimal performance, use the telescope in a dark location away from city lights. Allow the tube to cool to ambient temperature for best image stability. Consider purchasing an optional motor drive for automatic tracking of celestial objects.