Shakespeare 4720 Economy Rail Antenna Mount

The Shakespeare 4720 Economy Rail Antenna Mount delivers straightforward, field-proven antenna attachment for vertical, horizontal, straight, or angled rail systems. This is a no-frills solution designed for rapid deployment on vehicles, shelters, or structures where antenna placement demands reliability without complexity. The mount's dual-function design—vice grip for rail attachment and flat base for direct surface bolting—gives operators flexibility in installation across various platform geometries.

The 4720 is built around a standard 1" – 14 thread antenna interface, the universal connector found on most communications antennas and whip-style radiating elements. Included nylon adapters accommodate 7/8" threaded antennas, extending compatibility across common frequency bands and antenna classes. The mount's simple vice-jaw mechanism grips rails without modification, while the flat support section distributes load across broader surface areas—critical for vehicles in motion or structures exposed to wind loading. At 0.4 lbs and compact at 5 x 2 x 6 inches, the mount adds negligible weight and profile to tactical vehicles or field equipment.

This mount is built for teams operating communications gear on vehicles, mobile command posts, temporary shelters, or off-road platforms where railyard or roll-bar infrastructure is standard. Law enforcement mobile units, military forward operating bases, and civilian emergency response vehicles all benefit from its modular approach. The economy design prioritizes fast installation and removal without sacrificing secure retention—ideal when tactical situations demand rapid repositioning of communications equipment or when equipment cycles between multiple platforms.

Shakespeare antenna mounts are engineered to standard rail specifications common to military and commercial vehicle platforms, ensuring predictable fit and repeatable performance. The 4720's economy positioning makes it the practical choice for field teams managing inventory across multiple units or deploying communications in austere environments where redundancy and replacability matter as much as performance.