Shakespeare 4720 Rail Mount 7/8" - 1 1/4" Railing Stainless Steel 1" 14 Thread

The Shakespeare 4720 Rail Mount 7/8" - 1 1/4" Railing Stainless Steel 1" 14 Thread is a rugged antenna mount engineered for tactical vehicles, law enforcement communications platforms, and military command posts requiring secure RF equipment installation. This mount addresses a critical operational need: reliable antenna positioning on vehicles with non-standard rail systems where standard 1.25" mounting solutions fall short. Built for field professionals who demand equipment that stays put under vibration, thermal cycling, and the unpredictable demands of duty.

Constructed from marine-grade stainless steel, the Shakespeare 4720 delivers corrosion resistance critical for vehicles deployed in coastal, desert, or high-humidity environments where standard steel would degrade within months. The 1" 14-thread connection point provides a standardized interface compatible with most Shakespeare and aftermarket antenna systems, while the variable rail accommodation range of 7/8" to 1 1/4" diameter ensures compatibility across diverse vehicle platforms—from patrol trucks to tactical operations centers. Stainless steel construction eliminates maintenance burden and RF interference concerns, preserving signal integrity on communications frequencies ranging from VHF through UHF bands.

This mount excels for communications officers, vehicle outfitters, and tactical teams installing mobile command systems, emergency response units, or secure communications arrays on non-standard vehicle racks and structural rails. Installation is straightforward: secure the clamp assembly to your target rail diameter and thread your antenna's mounting stud into the 1" 14-thread base. The 2 lb weight distribution minimizes vehicle load impact, critical for rooftop or structural applications where weight concentration affects vehicle dynamics and fuel efficiency. Compatible with all Shakespeare antennas and most industry-standard 1" 14-thread RF connectors, this mount transforms irregular rail geometries into secure antenna platforms.