The SVBONY 66° Wide Angle Eyepieces deliver expansive views of the night sky with a comfortable 66° apparent field of view and classic optical design. Available individually in 6mm, 9mm, 15mm, and 20mm focal lengths or as a complete 4-piece set, this series is perfect for observers seeking immersive views of the Moon, planets, star clusters, and a range of deep-sky objects.
Key Features
- 66° apparent field of view for a wide, immersive observing experience
- Available focal lengths: 6mm / 9mm / 15mm / 20mm
- Optional full set with all four focal lengths included
- Fully multi-coated optics for bright, high-contrast images
- Blackened lens edges to suppress stray light and reflections
- Standard 1.25″ barrel compatible with most telescopes
- Threaded for 1.25″ filters to enhance contrast or reduce glare
Wide, Immersive Views Across the Sky
The 66° apparent field of view provides a significantly wider perspective than traditional narrow-field eyepieces. This makes locating and tracking objects easier, especially on non-motorised mounts, and creates a richer visual experience whether you’re observing the Moon, open clusters, or brighter nebulae.
Optimised Optical Performance
Each eyepiece is engineered with fully multi-coated lens elements and blackened edges to maximise light transmission and minimise stray reflections. This optical design helps deliver bright views with good contrast and colour fidelity, even under moderate light-polluted skies.
Choose Individual Focal Lengths or the Full Set
The SVBONY 66° eyepiece range is available in individual focal lengths to suit specific observing needs:
Or choose the complete 4-piece set to cover a broad range of magnifications, from low (20mm/15mm) to higher power (9mm/6mm), in one matched collection.
Comfortable Eyepiece Design
Designed for extended observing sessions, these eyepieces are comfortable to use and compatible with eyeglass wearers. The standard 1.25″ barrel fits most amateur telescopes, including refractors, Schmidt-Cassegrains, Maksutovs, and Dobsonians, making them versatile additions to your astronomy toolkit.
