F30070 Astronomical Telescope | 150X Monocular

F30070 Astronomical Telescope | 150X Monocular

1.4M tripod
$129.99
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F30070 Astronomical Telescope | 150X Monocular

F30070 Astronomical Telescope | 150X Monocular

$129.99
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🔭 F30070 Astronomical Telescope | 150X Refractor

⚠️ Notice: Never aim the telescope at the sun or near the sun. Doing so may cause permanent eye damage.


✨ Overview

The F30070 refractor telescope is a compact and beginner-friendly instrument designed for students, kids, and amateur astronomers. With a 70mm aperture and multi-coated optics, it delivers clear and bright views of the Moon, planets, and nearby celestial objects.
It also doubles as a daytime scope for landscape viewing and bird watching.


🔍 Features

  • 70mm aperture for bright, clear observations

  • Fully multi-coated optics to improve contrast and reduce reflections

  • Up to 150X magnification with included eyepieces and Barlow lens

  • Refractor optical design for sharp, high-contrast images

  • Suitable for beginners, students, and young astronomers

  • Dual-purpose use for astronomy and daytime viewing


🔎 Observation Capabilities

  • Observe the Moon, Mars, and bright nebulae

  • Ideal for entry-level astronomy learning

  • Great for scenery and bird watching during the day


🛠 Specifications

Model 1 – 0.45m Tripod

Specification Details
Optical Design Refractor
Aperture 70mm
Focal Length 300mm
Focal Ratio F5.7
Optical Coatings FCM Multi-Coated
Finder Scope 5×24 Optical
Prism 90° Erecting BAK4
Eyepieces 20mm, 6mm
Barlow Lens 1.5X / 3X
Zenith Mirror 90° (reversed image)
Tripod Aluminum Alloy, 40cm (15.74")

Model 2 – 1.4m Adjustable Tripod

Specification Details
Optical Design Refractor
Aperture 70mm
Focal Length 300mm
Focal Ratio F5.7
Optical Coatings FCM Multi-Coated
Finder Scope 5×24 Optical
Prism 90° Erecting BAK4
Eyepieces 20mm, 12mm, 6mm
Barlow Lens 1.5X / 3X
Zenith Mirror 48° (erect image)
Tripod Aluminum Alloy, 45–138cm (17.71"–54.33")

🧭 Usage Tips

  • Use the focus knob to fine-tune image clarity

  • Avoid observing through window glass to prevent distortion

  • Allow the telescope to acclimate to outdoor temperature before use

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