Price: $25.95 – $25.99 — In stock at 2 retailers.
When it comes to optimizing your tactical setup, the importance of a reliable and well-designed riser mount cannot be overstated. Vector Optics has once again demonstrated its commitment to quality with the introduction of its Cantilever Riser Mount, a component that seamlessly combines robust construction with thoughtful ergonomics. Crafted from high-grade 6061 T6 aluminum, this mount offers an exceptional strength-to-weight ratio, ensuring that it remains remarkably lightweight without compromising on durability. The matte black finish not only gives it a sleek, professional appearance but also provides resistance against corrosion and reflective glare, making it an ideal choice for both outdoor and indoor operations. At the heart of its design is the cantilever structure, which features a saddle height of 21 millimetres, or 0.825 inches. This specific height is carefully calculated to provide an optimal optical axis alignment, allowing shooters to maintain a natural head-up position for faster target acquisition. The cantilever design also pushes the optic forward slightly, creating additional space for rear-mounted accessories such as magnifiers or backup iron sights. Engineered for versatility, the mount is designed to fit securely onto any standard 20mm Picatinny rail, ensuring broad compatibility across a wide range of firearm platforms. It is specifically tailored to accommodate T1 and T2-style red dot sights (RDS), making it a natural companion for compact, rugged optics. Moreover, Vector Optics has confirmed its suitability for the Paragon Prism, Maverick, and Scrapper series, further expanding its utility for users of those specific models. With an overall mount length of just 49.5 millimetres (or 1.95 inches), this riser maintains a compact footprint that adds minimal bulk to your weapon system. Whether you are a competitive shooter, a law enforcement professional, or a dedicated airsoft enthusiast, the Vector Optics Cantilever Riser Mount delivers the r