Product Overview
The Winchester 64633 Integrated Weaver Style Rings are designed to provide a secure and reliable mounting solution for 1-inch diameter scopes. Crafted from durable alloy with a sleek black matte finish, these rings ensure long-lasting performance in various shooting conditions. The Weaver style design allows for quick installation and compatibility with a wide range of firearms equipped with Weaver-style bases. The dimensions of these rings are optimized to fit scopes with a tube size of 1 inch, offering a precise and stable hold that maintains zero during rigorous use. These mounts are ideal for hunters, target shooters, and tactical operators seeking dependable scope mounting hardware.
With a compact profile measuring approximately 1.95 inches in height, 3.80 inches in width, and 7.95 inches in length, the Winchester Rings are engineered to balance strength and lightweight performance. The alloy construction provides excellent strength-to-weight ratio, reducing overall firearm weight without sacrificing durability. The black matte finish minimizes glare and reflections, making these rings suitable for various tactical and hunting environments.
Whether you're upgrading your current setup or building a new rifle system, these Winchester Integrated Rings offer a combination of compatibility, durability, and style. Their Weaver-style configuration ensures a snug fit and quick installation, making them a practical choice for both professional and recreational shooters. Trust Winchester*s reputation for quality and precision with these reliable scope mounting rings, designed to meet the demands of serious shooters seeking performance and longevity.
Features:
- Material: Durable alloy construction for strength and corrosion resistance
- Finish: Black matte coating to reduce glare and reflections
- Design: Weaver style mounting system for easy installation and compatibility
- Tube Size: Fits 1-inch diameter scope tubes for versatile use
- Dimensions: Approximately 1.95 x 3.80 x 7.95 inches for optimal fit and stability
