Product Description
Immerse yourself in the unmatched performance delivered by the 5 Primal 10×42 ED Binoculars. Meticulously engineered with a robust aluminum alloy frame these binoculars effortlessly thrive in the most challenging environments while keeping your gear light. Experience exceptional visual clarity with the advanced Riton ED glass ensuring prolonged usage without eye strain. With unwavering durability these binoculars are designed to endure inspiring confidence for future generations.
Features :
- Riton HD/ED Glass - The Riton High Density (HD)/Extra Dispersion (ED) glass delivers 99.5% light transmission with extra low dispersion for an enhanced color spectrum. This high quality HD/ED glass provides optimal clarity and an improved sight picture.
- Riton Performance Coating - Incorporating proprietary fully multi-coated lenses all Riton optics feature low light enhancement full wide band anti-scratch and anti-reflective coatings for increased light transmission and overall lens performance.
- Riton Rugged Construction - The Riton Rugged Construction incorporates the application of 6061-T6 aircraft-grade aluminum CNC machined one piece tubes and Type III Hard Coat Anodize. These industry proven materials and process ensure the protection of the optics through the most rugged applications.
- Airgun Approved - Riton scopes are highly rated and suitable for airgun use offering durability and excellent optical clarity. Designed to withstand the unique recoil patterns and vibrations of airguns. Using Riton scopes with airguns does not void the warranty.
- The Riton Advanced Turret System incorporates Riton’s Zero Stop turrets in one of multiple forms ensuring repeatable tracking and accuracy.
- Incorporating proprietary fully multi-coated lenses all Riton optics feature low light enhancement full wide band anti-scratch and anti-reflective coatings for increased light transmission and overall lens performance
- Utilizing Nitrogen gas the optic is purged and sealed to ensure optimal performance in all weather conditions for the life of the optic.