Vortex Optics Razor Gen III 1-10x24 Riflescope with EBR-9 MRAD Reticle
- Product
- Vortex Razor® HD Gen III 1-10x24 FFP EBR-9 (MRAD) Reticle
- Seller
- Primary Arms
- MPN
- RZR-11002
- SKU
- RZR-11002
- Price
- Worst price on this product$2,499.99 Worst price on this product
The Vortex Optics RAZOR HD Gen III scope is a high-quality, first focal plane (FFP) scope with EBR-9 (MRAD) reticle that is ideal for long range precision shooting and tactical engagements. It is designed for military, law enforcement and competition shooters with a 1-10x magnification and 24mm objective lens diameter. Its 34mm one-piece main tube offers confident target acquisition in all conditions with a HD optical system and a crisp illuminated reticle. The RAZOR provides optical clarity for all situations with true 1x on the low end and daylight bright illumination. The Razor HD Gen III brings the highest level of first focal plane performance to those who demand the versatility of 1-10x power. This is a Vortex Optics original part featuring rugged low capped turrets that are designed survive heavy use and abuse. The Vortex Optics RAZOR HD Gen III is perfect for the shooter looking for a reliable, rugged and highly operational scope for all scenarios at close to long range.
Vortex Razor® HD Gen III 1-10x24 FFP EBR-9 (MRAD) Reticle
- Manufacturer
- Vortex Optics
- GTIN
- 843829108980
- MPN
- RZR-11002
- ASIN
- B083G485W7
- Lowest Price
- $2,199.99
- Average Price
- $2,444.66
- Highest Price
- $2,499.99
The next evolution of our wildly popular Razor line, the Razor HD Gen III 1-10x24 brings the highest level of first focal plane performance to those who demand the versatility of 1-10x power. Military, law enforcement, and competition shooters alike will love the clarity of an HD optical system and a crisp, illuminated reticle in a package that weighs the same as our 1-6x, but doesn’t sacrifice any durability. A true 1x on the low end and daylight bright illumination for reliable performance in all conditions makes this a single solution for close-quarters and long-range.