Hawke Endurance ED 13-39X50 Compact Spotting Scope

Hawke Endurance ED 13-39X50 Compact Spotting Scope

The Hawke Endurance ED 13-39X50 Compact Spotting Scope offers an exceptional balance of high-definition optics and a portable, lightweight design. Perfect for birdwatching, nature observation, hunting, and target shooting, this compact spotting scope delivers sharp, bright images with impressive magnification power. Featuring a 13-39x zoom range and a 50mm objective lens, it’s engineered for both versatility and ease of use, providing clear views in a variety of settings.

Key Features:

• Exceptional Optical Clarity: The Extra-low Dispersion (ED) glass enhances color contrast and clarity, minimizing chromatic aberration and providing brighter, sharper images. The multi-coated lenses ensure superior light transmission, allowing for vivid, high-contrast views in any lighting condition.
• 13-39x Magnification: The 13-39x zoom range provides versatility, making it ideal for close-up views and long-distance observations alike. Adjust the magnification to capture the finest details or spot distant targets with ease.
• Compact and Lightweight: Weighing only 1.6 pounds and featuring a 50mm objective lens, the Hawke Endurance ED Spotting Scope is easy to carry and store, making it an excellent choice for outdoor enthusiasts who need a portable and powerful observation tool.
• Durable and Weather-Resistant: This spotting scope is waterproof, fogproof, and shockproof, ensuring it can withstand tough conditions. The rugged rubber armor offers extra protection against impacts, bumps, and the elements, making it perfect for use in the field.
• Close Focus: The close focus feature allows you to observe subjects as close as 8.2 feet (2.5 meters), perfect for detailed observations of small wildlife or shooting at shorter ranges.
• Versatile Tripod Mount: The spotting scope is compatible with a standard tripod, ensuring steady and stable viewing, especially during extended use. Its rotating eyepiece makes it easy to adjust for optimal viewing angles.