Midwest T1/t2 Mount Nv Height

The Midwest Industries T1/T2 Mount NV Height is a precision optic mounting solution engineered for Night Vision Device (NVD) integration on Picatinny-railed weapon systems. Designed for operators and tactical professionals who require co-witnessing capability between primary aiming systems and night vision, this mount delivers the repeatable zero and structural integrity that mission-critical applications demand.

Constructed from aluminum and finished with a durable black anodized coating, the mount provides corrosion resistance and a non-reflective surface suitable for tactical environments. The black anodized finish resists wear from gear racking and handling while maintaining the low-visibility profile required for covert operations. At 0.25 lbs, this mount adds minimal weight to your platform—a critical consideration when optimizing load distribution for extended operations or carrying multiple systems. Midwest Industries' manufacturing tolerances ensure repeatable fit across different optic housings and Picatinny rail configurations.

The NV height designation indicates this mount positions optics at the optimal vertical plane for night vision goggle (NVG) operation—critical for shooters transitioning between daylight and low-light environments. This is the solution for duty rifles, patrol carbines, and specialized weapon platforms where co-witnessing between visible-light and thermal/night vision systems is essential. Law enforcement tactical teams, military units conducting 24-hour operations, and serious shooters running multi-optic setups will recognize the value of a mount engineered specifically for this demanding use case.

Midwest Industries has built a reputation in the tactical community for no-compromise component design. This mount represents that philosophy—stripped of unnecessary features, optimized for function, and manufactured to withstand the abuse of real-world tactical employment. Buyers selecting this mount understand that precision mounting hardware directly impacts first-round accuracy and system reliability under pressure.