Omegon Advanced X Dobsonian 304/1500 is a high-performance 12" telescope built for serious visual astronomy. With its large aperture, it delivers exceptional light gathering, revealing faint galaxies, nebulae, and star clusters with impressive brightness and detail.

Despite its size, this Dobsonian remains simple to use. There’s no alignment or electronics required — just set it up, point it at the sky, and start observing. It’s designed for observers who want maximum performance with straightforward operation.

Key Features:

• 304mm (12") aperture for maximum light gathering
• 1500mm focal length (f/5) – excellent balance of power and field of view
• Smooth 2" Crayford focuser with ball bearings
• Stable Dobsonian base with easy manual tracking
• Quick setup – no alignment required
• Enhanced mirror coating for brighter, higher contrast images
• Cooling fan for faster temperature stabilisation

Maximum Visual Impact

The 12" aperture provides a significant increase in brightness and detail over smaller telescopes, making it ideal for deep-sky observing. Faint galaxies, nebulae, and dense star clusters become more visible, with improved contrast and structure.

Smooth Manual Control

The Dobsonian mount uses low-friction bearings and tensioning springs, allowing smooth movement in all directions. Tracking objects manually is intuitive and responsive, even at higher magnifications.

Crayford Focuser

The 2" Crayford focuser ensures smooth, precise focusing without image shift. Compatible with both 1.25" and 2" eyepieces, it allows for wide-field and high-magnification viewing.

Simple Two-Part Design

The telescope consists of the optical tube and base, making assembly straightforward. While larger than smaller models, it remains practical for transport and setup, offering a substantial performance upgrade for dedicated observers.

What’s Included:

• Optical tube and Dobsonian base
• 8x50 finder scope
• 25mm 1.25" eyepiece
• Eyepiece tray

Best For: Deep-sky observing, galaxies, nebulae, globular clusters, and advanced visual astronomy