The first-generation DAVIKA MSM-01 monoblock scope mount is engineered for the reliable installation of optical sights with a 36 mm tube onto a Picatinny rail. Featuring a 38 mm optical axis center height, this construction is designed with zero inclination (0 MIL / 0 MOA), making it optimal for engagement at short and medium distances. The matte-anodized coyote finish protects the aluminum chassis from corrosion, abrasion, and reflections during field deployment.
Technical Specifications
| Manufacturer | DAVIKA |
| Model | MSM-01 GEN1 |
| Mount Type | One-piece CNC-machined monoblock |
| Ring Diameter | 36 mm |
| Optical Axis Height | 38 mm |
| Incline | 0 MIL / 0 MOA |
| Interface | Picatinny Rail (MIL-STD-1913) |
| Material | Aluminum alloy |
| Finish | Anodized |
| Color | Coyote |
Commentary / Comments
The MSM-01 monoblock architecture features wide ring contact surfaces, preventing scope slippage or tube deformation under heavy recoil. The single-piece CNC-machined base ensures precise alignment between rings, eliminating structural strain on the scope tube during torquing.
The coyote anodized surface resists scratches, chemical exposure from gun oils, and environmental wear. Standard Picatinny rail attachment enables fast mounting with reliable return-to-zero capability after removal and reinstallation.
Target Audience / Suitable For
Designated marksmen and precision rifle operators gain a robust mounting platform for heavy 36 mm optic systems, where structural rigidity and zero point-of-impact shift are paramount under heavy recoil. The 38 mm height accommodates comfortable aiming while wearing body armor and hearing protection. The 0 MIL incline suits engagements within direct ranges where extra elevation cant is not required.
Precision shooting competitors benefit from a dependable mounting solution that enables rapid rifle setup without requiring ring lapping, thanks to precision CNC manufacturing.
Armorers and gunsmiths receive a precision mount that simplifies the installation of large-diameter optics while protecting the geometric integrity of the scope main tube.