Explore Scientific LER AR 6.5 mm 1.25" Eyepiece

The Explore Scientific LER AR 6.5 mm 1.25" Eyepiece is a high‑performance telescope accessory designed to deliver crisp, detailed high‑magnification views of celestial objects. With a short focal length and high‑quality optics featuring long eye relief (LER) and anti‑reflection (AR) coatings, this eyepiece is ideal for observing fine lunar surface details, planetary features, and bright deep‑sky objects. Its ergonomic design ensures comfortable viewing during extended observing sessions.

Features

• 6.5 mm focal length: Provides higher magnification suitable for detailed planetary and lunar observation.
• 1.25" barrel: Standard size that fits most telescopes and accessory holders.
• Long eye relief (LER): Extended eye relief for comfortable viewing, including for eyeglass wearers.
• Anti‑reflection (AR) coatings: Multi‑layer coatings enhance light transmission, contrast, and clarity.
• Ergonomic eyecup: Comfortable fit that helps block stray light for improved contrast.

Benefits

• High magnification makes it ideal for lunar and planetary detail observation.
• Long eye relief enhances comfort during long observing sessions.
• Anti‑reflection coatings improve image brightness and reduce glare.
• Standard 1.25" size ensures broad compatibility with telescopes and accessories.
• Ergonomic design supports relaxed, fatigue‑free viewing.

Package Contents: Explore Scientific LER AR 6.5 mm 1.25" eyepiece with protective caps and user instructions.

Technical Specifications

• Focal length: 6.5 mm
• Barrel diameter: 1.25"
• Eye relief: Long eye relief
• Optical coatings: Anti‑reflection multi‑coated lenses
• Usage: High‑magnification observation

Ideal For

• Astronomy enthusiasts seeking high magnification
• Lunar surface and planetary detail viewing
• Observers who wear eyeglasses
• Users wanting enhanced contrast and clarity
• Advanced hobbyists and stargazers

Keywords

Explore Scientific LER AR 6.5 mm 1.25" eyepiece, high‑magnification eyepiece, long eye relief, anti‑reflection optics, astronomy accessory, planetary viewing.