Celestron StarSense DX 130 AZ Telescope
The Celestron StarSense DX 130 AZ is an easy‑to‑use, computerized telescope designed for beginners and casual stargazers. It combines a 130 mm aperture reflector optical tube with an Alt‑Az mount and StarSense technology, which uses your smartphone to automatically locate and point the telescope at celestial objects. This makes it ideal for users who want fast, intuitive night sky discovery without complex setup.
Features
- Reflector optical design: 130 mm aperture gathers ample light for clear views of the Moon, planets, and brighter deep‑sky objects.
- StarSense technology: Smartphone‑based alignment and object locating system for automated pointing.
- Alt‑Azimuth mount: Stable and user‑friendly mount with smooth motion for tracking celestial objects.
- Wide field of view: Great for scanning star fields and extended objects like nebulae.
- Adjustable tripod: Sturdy tripod provides stability and height adjustment for comfortable observing.
Benefits
- Beginners can quickly find and view celestial objects with minimal setup.
- Smartphone integration enhances learning and exploration of the night sky.
- Large aperture delivers bright, detailed views of lunar and planetary features.
- Portable and easy to transport for field observing or backyard use.
Package Contents: Telescope optical tube, StarSense accessory, Alt‑Az mount with adjustable tripod, eyepieces, finder, accessory tray, and user manual.
Technical Specifications
- Aperture: 130 mm
- Optical design: Reflector
- Mount type: Alt‑Azimuth
- Special feature: StarSense smartphone alignment system
- Included accessories: Multiple eyepieces and finder scope
- Tripod: Adjustable aluminum
Ideal For
- Beginners and casual astronomy enthusiasts
- Lunar and planetary observation
- Star field and brighter deep‑sky object viewing
- Users seeking guided telescope alignment with a smartphone
Keywords
Celestron StarSense DX 130 AZ, smartphone telescope, StarSense technology, reflector telescope, beginner astronomy, Alt‑Az mount, easy telescope setup.