Large Apertures
Choose between 80mm and 90mm openings for brighter images.
Powerful refractor models designed for adults and kids to enjoy clear views of the moon and stars from any location
Choose between 80mm and 90mm openings for brighter images.
Classic glass lens systems perfect for crisp lunar viewing.
Lightweight builds that are easy to move for backyard sessions.
This catalog features refractor telescopes with apertures ranging from 80mm to 90mm and focal lengths up to 900mm. These models are built for high-powered viewing while remaining portable enough for beginners and families.
With apertures up to 90mm, these telescopes excel at showing the craters and textures of the moon. The refractor design ensures high contrast for night sky observation.
These models are sized to be accessible for kids while providing the high power that adults expect. They bridge the gap between a hobbyist tool and a family learning instrument.
Even the 900mm focal length models are designed for portability. This allows users to take high-magnification views to dark sky sites without heavy equipment.
The collection includes various aesthetic choices, including a distinct orange model. This makes the equipment stand out while maintaining its technical performance.
The 90mm aperture provides a very bright view of the moon's surface.
I brought the 80mm portable refractor on our camping trip and it was very easy to set up.
The 900mm high powered model is perfect for seeing details I couldn't catch with my old beginner scope.
The catalog includes models with a 90mm aperture. This larger size allows more light in for clearer views of the moon and stars.
Yes, there are specific models designed for both kids and beginners. They are built to be portable and easy to use for those new to astronomy.
These are refractor telescopes, which use lenses to gather light. They are particularly well-suited for moon viewing and high-contrast observations.
The listings show a range of focal lengths, including 500mm, 600mm, and a high-powered 900mm option. Longer focal lengths generally allow for higher magnification.