Some models of riflescopes by the design of the breech chamber force the use of two-piece mounts - in such a situation it is worth betting on the highest quality solutions that will guarantee our scope an effective zero hold. Audere PSR two-piece scope mount is characterized by precise manufacturing and strict quality control, which guarantees a perfect fit to the scope tube. On the other hand, the simple mounting based on single Torx screws will ensure rigid seating on the rail and resistance to the shocks generated during shooting.
The Audere PSR scope mount provides the user with the following.- Two-piece design for mounting on separate rails
- Constructed from the highest quality 7075 aluminum combining durability with light weight
- Type 3 anodizing finish for mechanical and chemical protection
- Restrictive quality control for a perfectly tight fit on the scope
- Stable installation on popular Picatinny rails using Torx screws
- A spirit level significantly facilitates correct alignment when installing the mount
- ScopeLink mounting holes for mounting additional sighting devices
Audere PSR series mount s, in addition to high rigidity and close fit, are intended to be lightweight. For this reason, high-quality 7075-T651 aluminum is used in the construction, combining lightness with extremely high strength. To protect the alloy from corrosion and scratches, its surface has been coated with MIL-A-8625 Type 3 anodizing, which guarantees its high hardness and durability.
Audere PSR two-piece optics mount - combining affordability with extreme stability
The simple Torx screw-based system combines weight reduction with high rigidity and fit, making the Audere PSR scope mount not only very easy to install, but also perfectly holding zero. An integrated level facilitates correct mounting of the item on the Picatinny rail. The accessory is also equipped with a ScopeLink interface system, which allows the mounting of additional accessories. Both elements are equipped with the system, so it will only depend on us where we want to place the optics-supporting collimator.
