Edson Vision Mount 12" Round Vertical

The Edson Vision Mount 12" Round Vertical is a marine-grade electronics mounting system engineered for reliable antenna, radar dome, and sensor positioning in demanding offshore and coastal environments. This vertical mount delivers the modular versatility that modern vessel operators demand, combining Edson Marine's proven marine engineering with a contemporary design philosophy that eliminates the complexity of traditional fixed mounting solutions.

Built from powder-coated aluminum, the 12-inch vertical orientation provides optimal sight lines for navigation radar domes and satellite communication antennas while maintaining a compact 7-inch footprint. The Vision Series employs a fully modular architecture, allowing operators to add or reconfigure accessories without replacing the core mount structure. Installation is straightforward, though users should note that a separate Vision Mounting Plate is required for radar dome or satellite antenna installation. The aluminum construction resists corrosion in salt-air environments typical of offshore patrol, fishing, and marine law enforcement operations, while the sleek modern profile integrates cleanly with contemporary vessel aesthetics.

This mount addresses the needs of professional mariners, coast guard personnel, commercial fishermen, and vessel operators who require dependable electronics positioning without complex fabrication. The modular design eliminates the need for custom mounting brackets or welding, reducing installation downtime and future modification costs. Weighing 3.95 pounds, the mount remains lightweight enough for retrofit applications while maintaining structural rigidity under antenna wind loading at sea.

The Vision Series represents a category shift toward integrated, field-configurable marine systems. Where legacy fixed mounts lock operators into permanent configurations, the Edson Vision 12" Vertical enables tactical flexibility—swapping, upgrading, or repositioning electronics as mission requirements or vessel configurations change without structural compromise.