Enhance your astrophotography and visual observation experience with this high-quality 1.25" Five Position Filter Wheel, crafted from durable aluminum alloy for excellent anti-rust and wear-resistant performance. Designed to provide precise control and quick adjustments, this versatile filter wheel is an essential accessory for amateur and professional astronomers alike. Key Features: · Durable Aluminum Alloy Construction: Built with premium materials to ensure long-lasting use, resistance to rust, and wear, making it ideal for frequent outdoor use. · Five Position Design: Allows easy switching between filters, enabling quick changes during observations or imaging sessions without removing the camera or eyepiece. · Includes T2 Adapter with Locking Ring: The included T2 camera adapter features a locking ring for precise distance regulation, ensuring accurate focus and stable attachment to DSLR and CCD cameras. · Universal 1.25" Standard Thread: Compatible with a wide range of eyepieces, cameras, and filters, offering broad compatibility for various astrophotography setups. · Sturdy and Practical: The robust aluminum housing supports heavy camera equipment while maintaining lightweight portability for convenient use in the field. · Easy and Convenient Operation: Designed for fast filter changes and precise adjustments, enhancing your ability to capture stunning planetary images and celestial objects. Specifications: · Material: Aluminum Alloy · Color: Black · Thread Size: 1.25 inch · Dimensions: Approx. 12.3 x 12.3 x 2.2 cm (4.84 x 4.84 x 0.87 inch) · Weight: Approx. 552 g Package Includes: · 1 x 1.25" Five Position Filter Wheel · 1 x 1.25" Eyepiece Adapter · 1 x 1.25" Focuser Nosepiece · 1 x T2 Camera Adapter · 1 x 42mm Locking Ring · 1 x 42mm Dustproof Cap · 1 x Wrench This 1.25" Five Position Filter Wheel is a practical and reliable tool that simplifies filter management during astrophotography and visual observations. Its sturdy construction and precise adjustment features make it an excellent choice for capturing clear, high-quality images of planets and other celestial bodies.