CI 275 UHF Radiotelephone Antenna | 406-512 MHz, N
CI 211 VHF BLADE ANTENNA/BNC Female Connector, 118-137 MHz, 50 Ohms, 30 Watts, Airspeed 573 Knots, Includes Gasket C21104, 6 Hole Mount & a White Finish
The CI 211series antenna are high speed bent blade antennas designed as a low profile, top or bottom mount for large twins and medium jet aircraft. Skydrol and rain erosion resistant. The CI 211-1 & CI 211-16 have an extended frequency band (118 MHz to 154 MHz). The CI 211-L and CI 211-1L are equipped with leading edge protection.
DM NI50-4-2 DME/ATC L-Band Antenna | 960MHz – 1,220MHz, 6-hole, Type HN Male Connector, Gloss White
The NI50 Series are low-profile, all-metal, L-band blade antennas built for mechanical strength and reliability for business, commercial, and military aircraft. The design of these antennas provide extremely high, side load strength, sealed construction against the intrusion of moisture, and lightening protection to prevent damage to electronic equipment.
DM NI50-6-2 DME/ATC L-Band Antenna | 960MHz – 1,220MHz, 6-hole, Type N Male Connector, Gloss White
The NI50 Series are low-profile, all-metal, L-band blade antennas built for mechanical strength and reliability for business, commercial, and military aircraft. The design of these antennas provide extremely high, side load strength, sealed construction against the intrusion of moisture, and lightening protection to prevent damage to electronic equipment.
CI 275 UHF Radiotelephone Antenna | 406-512 MHz, TNC
DM NI50-3-2 DME/ATC L-Band Antenna | 960MHz – 1,220MHz, 6-hole, Type C Male Connector, Gloss White
The NI50 Series are low-profile, all-metal, L-band blade antennas built for mechanical strength and reliability for business, commercial, and military aircraft. The design of these antennas provide extremely high, side load strength, sealed construction against the intrusion of moisture, and lightening protection to prevent damage to electronic equipment.
DM NI50-10-2 DME/ATC L-Band Antenna | 960MHz – 1,220MHz, 6-hole, Type N Male Connector, white
The NI50 Series are low-profile, all-metal, L-band blade antennas built for mechanical strength and reliability for business, commercial, and military aircraft. The design of these antennas provide extremely high, side load strength, sealed construction against the intrusion of moisture, and lightening protection to prevent damage to electronic equipment.
CI 2480-201 ComDat VHF/GPS Dual Function Antenna | 17.0 dB Gain, BNC/TNC
The CI 2480-201 VHF/GPS dual function, ComDat antenna is designed for single engine aircraft and utilizes patented technology to provide 80 dB of harmonic suppression allowing VHF and GPS functionality in radome without filters. It features a common tear drop footprint which allows for drop-in replacement installations.
- Compatible with Garmin 17 dB GPS panel mount receiver systems
CI 108 VHF BLADE ANTENNA/BNC
NI50-9-2 DME/ATC L-Band Antenna | 960MHz – 1,220MHz, 4-hole, Type TNC Male Connector, white
The NI50 Series are low-profile, all-metal, L-band blade antennas built for mechanical strength and reliability for business, commercial, and military aircraft. The design of these antennas provide extremely high, side load strength, sealed construction against the intrusion of moisture, and lightening protection to prevent damage to electronic equipment.
DMNI50-2-4 DME Transponder Blade Antenna | 960-1220MHz, C Connector, L-Band, Black
The NI50 Series are low-profile, all-metal, L-band blade antennas built for mechanical strength and reliability for business, commercial, and military aircraft. The design of these antennas provide extremely high, side load strength, sealed construction against the intrusion of moisture, and lightening protection to prevent damage to electronic equipment.
CI 118-9 MARKER BEACON ANTENNA/BNC Connector, 75 MHz, Airspeed 400 Knots
CI 118-9 marker beacon is identical to the CI 118 except the mounting configuration allows for “drop-in” replacement to the Honeywell Bendix-King KA 26 marker beacon. This design by Comant has been test to the tough DO-160D environment standards. DC grounded to minimize accumulation of precipitation static.