Burris Signature HD 2-10x40 E3 Rifle Scope with Ballistic E3 Reticle

The Burris Signature HD 2-10x40 E3 rifle scope delivers crisp, bright images thanks to its premium multi-coated glass optics, ensuring clear visibility in various lighting conditions. Designed for versatility, this scope is suitable for rimfire, centerfire, and muzzleloader rifles, making it an excellent choice for a wide range of shooting applications. The scope features a 2-10x magnification range combined with a 40mm objective lens, providing a broad field of view from 54 to 10 feet at 100 yards for quick target acquisition and tracking. The 1-inch tube diameter offers a lightweight yet durable build, while the overall length of approximately 11.75 inches makes it suitable for most rifle setups. Weighing around 17.6 ounces, the scope balances performance with portability. The Ballistic E3 reticle simplifies holdover and wind drift calculations, enhancing accuracy during precision shooting. Parallax is adjustable via side focus, allowing users to fine-tune the image for different target distances. The multi-coated optics reduce glare and improve light transmission, ensuring bright, high-contrast images in various lighting conditions. Whether for hunting, target shooting, or varmint control, the Burris Signature HD scope provides reliable performance and clear optics for demanding shooters.

Features:

• Magnification: 2-10x for versatile shooting scenarios

• Objective: 40mm lens for bright images and wide field of view

• Field of View: 54 feet to 10 feet at 100 yards for quick target tracking

• Eye Relief: 3.50 to 3.80 inches for comfortable viewing

• Tube Diameter: 1 inch for durability and ease of mounting

• Length: approximately 11.75 inches for optimal fit on various rifles

• Weight: 17.60 ounces for portability without sacrificing durability

• Reticle: Ballistic E3 for simplified holdover and wind drift correction

• Parallax Adjustment: Side focus for precise image focusing at different ranges

• Optic Coating: Multi-coated for glare reduction and improved light transmission