The EF18 antenna is a wired monoband 18 MHz, 1/2 wave, designed particularly for portable use (weekend radio, expeditions, etc.). It has a wide bandwidth, its admissible power is 300 W PEP and it is made in a robust aluminum body not afraid of shocks. Its design limits background noise and its performance is amazing.
The EF14 antenna is a wired monoband 14 MHz, 1/2 wave, designed particularly for portable use (weekend radio, expeditions, etc.). It has a wide bandwidth, its admissible power is 300 W PEP and it is made in a robust aluminum body not afraid of shocks. Its design limits background noise and its performance is amazing.
The EF10 antenna is a wired monoband 10 MHz, 1/2 wave, designed particularly for portable use (weekend radio, expeditions, etc.). It has a wide bandwidth, its admissible power is 300 W PEP and it is made in a robust aluminum body not afraid of shocks. Its design limits background noise and its performance is amazing.
The EF7 antenna is a wired monoband 7 MHz, 1/2 wave, designed particularly for portable use (weekend radio, expeditions, etc.). It has a wide bandwidth, its admissible power is 300 W PEP and it is made in a robust aluminum body not afraid of shocks. Its design limits background noise and its performance is amazing.
Box with adaptation system intended for the manufacture of monoband antennas EFHW (End-Fed Half Wave) 50 or 70 MHz. Just add a length of wire equivalent to 1/2 wave of the chosen frequency to be easily operational in portable mode!
Box with adaptation system intended for the manufacture of monoband antennas EFHW (End-Fed Half Wave) 24, 27 or 28 MHz. Just add a length of wire equivalent to 1/2 wave of the chosen frequency to be easily operational in portable mode!
Box with adaptation system intended for the manufacture of monoband antennas EFHW (End-Fed Half Wave) 14, 18 or 21 MHz. Just add a length of wire equivalent to 1/2 wave of the chosen frequency to be easily operational in portable mode!
Box with adaptation system intended for the manufacture of monoband antennas EFHW (End-Fed Half Wave) 7 or 10 MHz. Just add a length of wire equivalent to 1/2 wave of the chosen frequency to be easily operational in portable mode!
LWA II, HF "Long wire" Wideband antenna with Choke Balun integrated, is perfect for the garden or portable SSB/CW operations ; week-end, holidays... Length: 20 m in 2.5 mm2 copper wire in black sheath with insulator and suspension hook. Frequencies: 3 to 30 MHz. Admissible power: 500 W (PEP). Works without a tuner on most bands. LWA series ITA antennas do...
LWA-SB II, HF Long wire Wideband antenna with Choke Balun integrated, is perfect for the garden or portable SSB/CW operations ; week-end, holidays... Length: 10 m in 2.5 mm2 copper wire in black sheath with insulator and suspension hook. Frequencies: 10 to 30 MHz. Admissible power: 500 W (PEP). Works without a tuner on most bands. LWA series ITA antennas...
Dipole 1/2 wave 5 MHz, length: 28 m. Robust aluminum balun with SO-239 connector (female PL) and insulators at the ends.
The EF5 antenna is a wired monoband 5 MHz, 1/2 wave, designed particularly for portable use (weekend radio, expeditions, etc.). It has a wide bandwidth, its admissible power is 300 W PEP and it is made in a robust aluminum body not afraid of shocks. Its design limits background noise and its performance is amazing.
Double 5 MHz Bazooka housed in a sturdy aluminum case with end insulators and suspension hook. Bandwidth and gain higher than a Dipole. Its design reduces reception noise, fading and the risk of disturbance in the neighborhood. Made of 50 Ω coaxial, our Double Bazookas are therefore more mechanically resistant than those made of 75 Ω.
14 MHz 1/4 wave vertical antenna delivered with 3 wire radians. Very robust tubes with large diameters and thicknesses (1,5 and 2 mm), wide bandwidth, very low SWR. Connection to the 50 ohm coaxial cable directly by 2 screws (no balun or other adaptation system). On perfect ground the gain reaches 5.15 dBi and the radiation lobes favor DX.
18 MHz 1/4 wave vertical antenna delivered with 3 wire radians. Very robust tubes with large diameters and thicknesses (2 mm), wide bandwidth, very low SWR. Connection to the 50 ohm coaxial cable directly by 2 screws (no balun or other adaptation system). On perfect ground the gain reaches 5.15 dBi and the radiation lobes favor DX.