Edson Vision Mount 12" Aft Angled Heavy Duty - Open Array

The Edson Vision Mount 12" Aft Angled Heavy Duty - Open Array is a professional-grade radar and communications antenna mount engineered for demanding maritime, tactical, and surveillance applications. Built for operators and organizations requiring reliable signal acquisition in high-vibration environments, this open array system delivers the structural integrity and precision alignment demanded by law enforcement, military, and first-responder communications platforms. The 12-inch aft-angled configuration optimizes signal reception while minimizing deck clutter on vessels, vehicle platforms, and fixed installations where real estate is critical.

Constructed from heavy-duty marine-grade materials, the Edson Vision Mount withstands saltwater corrosion, UV degradation, and extreme weather conditions inherent to coastal and offshore operations. The open array design provides unobstructed RF (radio frequency) performance while allowing 360-degree azimuth scanning and full elevation traverse—critical for search-and-rescue, tactical overwatch, and communications relay missions. The aft-angled geometry reduces wind loading and turbulence effects compared to vertical mounts, improving stability and reducing structural stress on hull or vehicle infrastructure. At 14.25 lbs, the mount delivers substantial load-bearing capacity while remaining manageable for installation and field adjustments.

This mount is ideal for patrol vessels, research platforms, emergency management vehicles, and tactical command posts where antenna performance directly impacts mission success. Installation requires standard fastening hardware compatible with marine-grade or stainless-steel anchor points; operators should verify mounting surface load ratings and alignment with existing antenna systems prior to deployment. The robust construction supports multi-band antenna arrays, making it suitable for VHF/UHF communications, radar transponders, and integrated C4I (Command, Control, Communications, and Intelligence) systems. Suitable for freshwater and saltwater environments, this is an investment in reliable signal integrity for high-stakes operations.