Stainless steel antenna bracket designed for secure outdoor installation. Built from rustresistant stainless steel for longterm use, this mount supports wall, pole, flagpole, and bridge installations for directional and pole antennas. Key benefits Durable construction: Sturdy stainless steel resists corrosion and maintains strength for reliable outdoor mounting. Secure hold: Provides a stable platform to keep antennas aligned and reduce movement from wind or vibration. Flexible installation: Works as a wall mount, pole mount, flagpole bracket, or bridgestyle mounting point to suit different site needs. Simple setup: Straightforward installation saves time and effort. Designed for attachment with common fasteners to existing surfaces or poles. Broad compatibility: Suitable for directional monitoring antennas and most outside antenna poles and flagpole fittings. Features and attributes Material: Rustproof stainless steel for durability and longevity. Function: Outdoor antenna mounting for stable placement, alignment, and support. Performance: Intended to provide a reliable, rigid connection between the antenna and mounting surface to maintain signal orientation. Typical applications Outdoor monitoring: Mount a directional monitoring antenna on a building wall for CCTV, wireless backhaul, or remote link installations. Pole or flagpole mounting: Attach antennas to existing flagpoles or dedicated poles at parks, marinas, or event sites where a discreet, elevated installation is needed. Infrastructure mounting: Use as a bridge bracket on guardrails, overpasses, or utility structures for roadway monitoring, temporary deployments, or communications repeaters. What to consider Check bolt size and mounting surface before installation to ensure compatibility. Use appropriate fasteners and sealing practices for the chosen mounting surface to maintain a secure attachment. This stainless steel antenna bracket provides a dependable, versatile solution for outdoor antenna mounting where durability and stable alignment are required.