All of our AC series fiber glass collinear antennas are marine variant. These fiberglass collinear antennas are housed either in fiber glass radome or in ABS radome. Both are extremely rigid and highly transparent to the RF signals. The radiating elements of marine collinear antennas are made of high quality brass. Support pipe is made of 6063T6 ultra corrosion resistant architectural anodized aluminum alloy. Mounting hardware of fiberglass collinear antennas are made of type 316 marine grade stainless steel. All these features make these fiberglass collinear antennas highly suitable for marine environment.

Antenna Experts manufacture fiberglass collinear antennas for 66-88 MHz, 134-174MHz, 300-400 MHz, 406-512 MHz, 600-700 MHz, 800/900 MHz, 1427-1535MHz, 1800/1900MHz, 2400MHz, 3500MHz and 5100-5800MHz frequency bands with 3 dBi, 6 dBi, 9 dBi and 12 dBi (10dBd. Gain) omni directional gain. The fiberglass collinear antenna consist of large diameter brass radiating elements stacked vertically, fed in phase and enclosed in fiber glass tube. The antenna termination is enclosed at bottom of the antenna for complete weather protection. The stainless steel mounting hardware is supplied with the antenna.

These AC series fiber glass high gain collinear antennas are made of 6063T6 ultra corrosion resistant architectural anodized aluminum alloy, high quality brass and fiberglass radome hence these antenna are highly suitable for marine application. These antennas are housed either in fiber glass radome or in ABS radome. Both are extremely rigid and highly transparent to the RF signals. Mounting hardware fiberglass collinear antenna is made of type 316 marine grade stainless steel. All these features make our fiber glass collinear antennas highly suitable for marine environment.

Fiberglass high gain collinear antenna radome of 45 mm diameter are made of an exceptionally stiff fiberglass tube, which results in a maximum tip deflection of 3° with a 3 meters long tube at wind velocities up to 180 km/h. Our fiber glass collinear antennas uses multiple vertical radiating elements, stacked vertically, fed in-phase to increase the gain of omni antennas.