GOWENIC Skywatcher Telescope Latitude Base 0-90° Adjustable Equatorial Mount for Celestial Tracking, Aluminum Alloy Construction, 3/8 Inch, Astrophotography

1. [VERSATILE LATITUDE ADJUSTMENT] Flexible base allows seamless angle adjustments from horizontal to vertical 2. [WIDE APPLICATION] Suitable for astrophotography enthusiasts, amateur astronomers, and science education activities 3. [PORTABLE DESIGN] Weighing approximately 821g, easy to carry for outdoor observation sessions 4. [EASY INSTALLATION] Package includes hex wrench for quick and hassle-free setup 5. [] Enhance astrophotography and observation with precise alignment and tracking of celestial bodies Spec: Item Type: Latitude Adjustment Base Bottom Mounting Thread: 3/8 inch Product Material: Aluminum Alloy Adjustable Angle: 0-90° Applicable People: Astrophotography enthusiasts, amateur astronomers, astronomy beginners Usage Scenarios: 1. Astrophotography: When conducting deep space photography, star trail photography, close up photography of celestial bodies, etc., precise alignment and tracking of celestial bodies are required. 2. Astronomical Observation: Observing various celestial bodies such as planets, stars, nebulas, etc. 3. Science Education: In science education activities at schools, science museums, planetariums, etc., this accessory can help students and the public better understand astronomy knowledge and the working principle of equatorial mounts. Weight: Approx. 821g / 29oz How to Use: Install and use according to the bottom mounting thread. PackageList: 1 x Latitude Adjustment Base 1 x Hex Wrench

• [VERSATILE LATITUDE ADJUSTMENT] Flexible base allows seamless angle adjustments from horizontal to vertical
• [WIDE APPLICATION] Suitable for astrophotography enthusiasts, amateur astronomers, and science education activities
• [PORTABLE DESIGN] Weighing approximately 821g, easy to carry for outdoor observation sessions
• [EASY INSTALLATION] Package includes hex wrench for quick and hassle-free setup
• [] Enhance astrophotography and observation with precise alignment and tracking of celestial bodies