Description
The SIG SAUER Tango MSR 1-10x28 Coyote rifle scope is engineered for precision and versatility in tactical and hunting applications. Featuring an overall length of approximately 10.4 inches and a weight of around 2.6 pounds, this optic is designed to provide reliable performance in the field. The scope's finish in Coyote offers a tactical appearance that blends seamlessly with various firearm setups. Its 34mm main tube and 28mm objective lens deliver a bright, clear image across the entire magnification range, which extends from 1X to 10X, allowing for swift target acquisition at close range and detailed precision at longer distances. The scope includes a second focal plane reticle, the MSR-BDC8 Illuminated Reticle, which assists shooters in rapidly estimating ranges and adjusting for shot placement. The illuminated reticle feature enhances visibility in low-light conditions, making it ideal for dawn, dusk, or shaded environments. Equipped with 0.5 MOA adjustments, this optic allows for precise zeroing and windage corrections. The integrated throwlever facilitates quick magnification changes for rapid target engagement. The scope comes with the industry-standard ALPHA-MSR mount, ensuring a secure and stable fit on your firearm. Its durable construction and high-quality materials make it suitable for demanding environments, providing both durability and reliability. Whether hunting or tactical shooting, the SIG SAUER Tango MSR 1-10x28 Coyote scope is designed to meet professional standards and improve shooting accuracy under a variety of conditions.
Features:
- Integrated throwlever for quick magnification adjustments
- Second focal plane design ensuring reticle size remains constant across magnifications
- Includes ALPHA-MSR mount for secure attachment
- Magnification range from 1X to 10X for versatile use
- 34mm main tube for increased adjustment range
- 28mm objective lens for bright, clear images
- 0.5 MOA adjustment increments for precise zeroing
- MSR-BDC8 illuminated reticle enhances low-light visibility