The ATN BINO 10X42 Ballistic Range Finder Binocular offers a powerful 10X magnification with a 42mm objective lens, providing clear and detailed views in various outdoor conditions. This accessory-range finding binocular is designed for outdoor enthusiasts, hunters, and professionals who require accurate distance measurement combined with high-quality optics. Its compact design, measuring approximately 5.7 inches in length and weighing around 25.6 ounces, makes it easy to carry during extended excursions. The rugged black finish ensures durability and resistance to environmental elements, making it suitable for demanding conditions.
Equipped with a laser rangefinder that can measure distances up to 2000 meters, the ATN BINO LRF enhances your ability to gauge distances quickly and accurately. This feature is invaluable for hunting, tactical operations, or any outdoor activity where precise distance measurement is critical. The binocular's non-illuminated reticle and fixed objective lens contribute to its straightforward operation and reliable performance in various lighting environments. Its lightweight design, combined with the powerful optics and advanced rangefinding capabilities, makes it an essential tool for those seeking precision and reliability in the field.
Constructed by ATN, a trusted name in optical technology, the BINO 10X42 Ballistic Range Finder Binocular is engineered to deliver consistent performance. Whether you're tracking game, surveying terrain, or engaging in tactical activities, this binocular provides the clarity, durability, and rangefinding accuracy needed to accomplish your objectives effectively.
Features:
- Magnification: 10X for detailed viewing
- Objective Size: 42mm for optimal light gathering
- Laser Rangefinder: Measures distances up to 2000 meters
- Compact Design: 5.7 inches in length for portability
- Lightweight Construction: Weighs approximately 25.6 ounces
- Durable Black Finish: Resists environmental wear and tear
- Non-Illuminated Reticle: Simplifies operation in various lighting conditions
