Sky-Watcher SWABDFF100ED Evostar 100ED Reducer/Flattener

Sky-Watcher SWABDFF100ED Evostar 100ED Reducer/Flattener
(Sky-Watcher SWABDFF100ED)

• Australian Sky-Watcher Warranty
• Purchase Guarantee (see T&C's)
• Elevates Black Diamond ED100 imaging
• Reduces focal length
• Improves field-edge correction
• Compatible with M48 T-ring adaptors

Overview

The accessory is crafted to elevate the imaging capabilities of the Sky-Watcher Black Diamond ED100 telescope, delivering exceptional image quality through focal length reduction, enhanced field-edge correction, and compatibility with M48 T-ring adaptors.

Key Features and Specifications :

Tailored for Black Diamond ED100: Engineered to seamlessly integrate with the Sky-Watcher Black Diamond ED100 telescope, ensuring optimal performance and compatibility for superior imaging experiences.

Superb Imaging Quality: Constructed with precision and premium materials, this accessory guarantees superb imaging results, capturing celestial objects with unparalleled clarity and detail.

Focal Length Reduction: By reducing the telescope's focal length by 0.85 times, this accessory expands imaging possibilities, enabling wider fields of view and shorter exposure times for enhanced astrophotography.

Improved Field-Edge Correction: Enhances field-edge correction to ensure crisp, distortion-free images across the entire field of view, enhancing image quality and fidelity for precise astronomical observations.

Compatibility with M48 T-ring Adaptors: Designed for seamless integration with M48 T-ring adaptors, allowing effortless attachment of DSLR cameras for astrophotography, and broadening imaging versatility.

Enhanced Astrophotography: Empowers astrophotographers to capture breathtaking images with enhanced detail and clarity, leveraging the benefits of focal length reduction and improved field-edge correction.

Versatile Observation: Suited for both visual observation and astrophotography, this accessory enriches the Sky-Watcher Black Diamond ED100 telescope's capabilities, facilitating precise exploration of celestial phenomena.