
schmidt bender
This item may be regulated for export by the U.S. Department of State or the US Department of Commerce. Please see our Export Policy
173-911-862-F2-E9
191992063736
173-911-862-F2-E9
Add all 0 items in this product bundle to your cart with one click.

The Schmidt & Bender 5-20x50mm PM II Ultra Short is a compact, high-performance riflescope designed for professional precision shooting. Featuring the MSR2 reticle in the first focal plane, this Schmidt Bender 173-911-862-F2-E9 includes a 1cm CW-adjustment DT35 elevation turret with MTC and locking features, plus an ST ZC windage turret with a capped design. Built for low-profile setups, it offers exceptional optical clarity, rugged reliability, and advanced functionality in a shorter, mission-ready package.
The Schmidt Bender 5-20x50 PMII Ultra Short Riflescope was designed to take up as little real estate on a rifle as possible while still providing enough magnification to engage targets at medium to long range. Coming in at less than 12 inches in length, the 5-20x50 PMII Ultra Short leaves plenty of room for attachments like clip-on thermal/night vision optics and tactical lasers. The scope is built on a 34mm tube that aides in providing a large range of adjustment that is required for long-range shooting. The 50mm objective in combination with the tube size and proprietary lens coatings produces a crystal clear sight picture with 90% light transmission.
To keep the riflescope as compact as possible, all Schmidt Bender 5-20x50 PMII Ultra Short Riflescope feature low profile elevation and windage turrets, allowing for the mounting of reflex sights for close-range engagements. All Schmidt Bender 5-20x50 PMII Ultra Short scopes come with locking turrets and ZeroClick to ensure the scope zero is never unintentionally reset or lost. Some elevation turret options for the 5-20x50 PMII Ultra Short also feature Schmidt Bender’s MTC (More Tactile Clicks) technology, allowing for faster and more intuitive adjustments to elevation when engaging targets are varying distances.