Antenom Antenna Technologies has fixed-site, vehicle and mobile jamming antennas working in the frequency range of 4-6000 MHz.
Jammer antennas offered in this page work up to 200 Watt %100 duty cycle continuous power level.
Jamming antennas can be used both as Counter RCIED antennas and Counter Drone Antennas.
![VWBO05520-1 High Power Omnidirectional Jammer Antenna (Vehicle and Fixed-Site)](https://www.antenom.com/wp-content/uploads/2020/12/05520-MHz-Vehicle-Jamming-Antenna-scaled.jpg)
VWBO-05520-1
5-520 MHz High Power Omnidirectional Jamming Antenna (1 meter)
Specifications
Frequency: Maximum VSWR: Power Handling: Height: Mass: Nominal input impedance: Connector: Color: Vibration: | 5-520 MHz 3.5 100 Watt CW (Tested) 1 meters 3.0 kg 50 ohm N-connector/Female Black MIL-STD-810H, Method 514.8 Category 4 Composite Wheeled Vehicle Vibration Exposure Levels According to Figure 514.8C-6 and Table 514.8C-VII |
![VWBO-20200-1 High Power Omnidirectional Jammer Antenna (Vehicle and Fixed-Site)](https://www.antenom.com/wp-content/uploads/2020/08/2-20200828_182355-copy-scaled.jpg)
VWBO-20200-1
4-200 MHz High Power Omnidirectional Jamming Antenna (1 meter)
Specifications
Frequency: Maximum VSWR: Power Handling: Height: Mass: Nominal input impedance: Connector: Color: Vibration: | 4-220 MHz 3.0 160 Watt CW (Tested) 1 meters 3.9 kg 50 ohm N-connector/Female Black MIL-STD-810H, Method 514.8 Category 4 Composite Wheeled Vehicle Vibration Exposure Levels According to Figure 514.8C-6 and Table 514.8C-VII |
![VWBO-20200-2 High Power Omnidirectional Jammer Antenna (Vehicle and Fixed-Site)](https://www.antenom.com/wp-content/uploads/2020/08/3-20200828_182911-copy-scaled.jpg)
VWBO-20200-2
4-200 MHz High Power Omnidirectional Jamming Antenna (2 meters)
Specifications
Frequency: Maximum VSWR: Power Handling: Height: Mass: Nominal input impedance: Connector: Color: | 4-200 MHz 3.0 160 Watt CW (Tested) 2 meters 4.3 kg 50 ohm N-connector/Female Black |
![VWBO-2006000 High Power Omnidirectional Wideband Jammer Antenna (Vehicle and Fixed-Site)](https://www.antenom.com/wp-content/uploads/2020/08/5-20200828_183526-copy-scaled.jpg)
VWBO-2006000
200-6000 MHz High Power Omnidirectional Wideband Jamming Antenna
Specifications
Frequency: Maximum VSWR: Power Handling: Height: Mass: Nominal input impedance: Connector: Color: Vibration: | 200-6000 MHz 3.0 200 Watt CW (Tested) 40 cm 1 kg 50 ohm N-connector/Female Black MIL-STD-810H, Method 514.8 Category 4 Composite Wheeled Vehicle Vibration Exposure Levels According to Figure 514.8C-6 and Table 514.8C-VII |
![VWBO-4006000 High Power Omnidirectional Wideband Jammer Antenna (Vehicle and Fixed-Site)](https://www.antenom.com/wp-content/uploads/2020/10/VWBO-4006000-400MHz-6-GHz-Jamming-Antenna.jpg)
VWBO-4006000
400-6000 MHz High Power Omnidirectional Wideband Jamming Antenna
Specifications
Frequency: Maximum VSWR: Power Handling: Height: Mass: Nominal input impedance: Connector: Color: Vibration: | 400-6000 MHz 2.5 200 Watt CW (Tested) 20 cm 0.5 kg 50 ohm N-connector/Female Black MIL-STD-810H, Method 514.8 Category 4 Composite Wheeled Vehicle Vibration Exposure Levels According to Figure 514.8C-6 and Table 514.8C-VII |
![VWBO-20200-1.25 High Power Omnidirectional Jammer Antenna (Vehicle and Fixed-Site)](https://www.antenom.com/wp-content/uploads/2021/01/1.25-meters-high-power-jamming-antenna-scaled.jpg)
VWBO-20200-1.25
4-200 MHz High Power Omnidirectional Jamming Antenna (1.25 meters)
Specifications
Frequency: Maximum VSWR: Power Handling: Height: Mass: Nominal input impedance: Connector: Color: | 4-220 MHz 3.0 160 Watt CW (Tested) 1.25 meters 4.1 kg 50 ohm N-connector/Female Black |
![VWBO-20200-1.5 High Power Omnidirectional Jammer Antenna (Vehicle and Fixed-Site)](https://www.antenom.com/wp-content/uploads/2021/01/1.25-meters-high-power-jamming-antenna-scaled.jpg)
VWBO-20200-1.5
4-200 MHz High Power Omnidirectional Jamming Antenna (1.5 meters)
Specifications
Frequency: Maximum VSWR: Power Handling: Height: Mass: Nominal input impedance: Connector: Color: | 4-220 MHz 3.0 160 Watt CW (Tested) 1.5 meters 4.2 kg 50 ohm N-connector/Female Black |
![HPLPDA-4006000 400-6000 MHz High Power Wideband Log Periodic Antenna](https://www.antenom.com/wp-content/uploads/2021/12/LPDA-400-6000-MHz-High-Power-Wideband-Log-Periodic-Antenna.jpg)
HPLPDA-4006000
400-6000 MHz High Power Wideband Log Periodic Antenna
Specifications
Frequency: Maximum VSWR: Power Handling: Dimensions: Nominal input impedance: Connector: Polarization: Radiation Pattern: Antenna Gain: | 400-6000 MHz 2 200 Watt CW (%100 duty cycle) Tested 530 mm (Length) X 370 mm (Width) 50 ohm N Female Connector Linear Directional Typical 7 dBi (See antenna gain graph in the datasheet |
![HP-AMHA-11501700 1150-1700 MHz Right Hand Circular Polarized High Power Axial Mode Helical Antenna](https://www.antenom.com/wp-content/uploads/2021/12/HP-AMHA-11501700-High-Power-Counter-GNSS-GPS-Antenna3.jpg)
HP-AMHA-11501700
1150-1700 MHz Right Hand Circular Polarized High Power Axial Mode Helical Jamming Antenna
Specifications
Frequency: Maximum VSWR: Power Handling: Height: Nominal input impedance: Connector: Color: Polarization: Radiation Pattern: Antenna Gain: | 1150-1700 MHz 2 (Below 1.5 in most frequency band) 200 Watt CW (%100 duty cycle) Tested 770 mm 50 ohm N Female Connector Dark Green (Other colours on request) Right Hand Circular Polarization (RHCP) Directional 9.4 dBi to 13.3 dBi depending on the frequency |
![HP-AMHA-11001350 1100-1350 MHz Right Hand Circular Polarized High Power Axial Model Helical Antenna](https://www.antenom.com/wp-content/uploads/2021/12/HP-AMHA-11001350-High-Power-Counter-Drone-GPS-GNSS-Antenna.jpg)
HP-AMHA-11001350
1100-1350 MHz Right Hand Circular Polarized High Power Axial Model Helical Jamming Antenna
Specifications
Frequency: Maximum VSWR: Power Handling: Height: Nominal input impedance: Connector: Color: Polarization: Radiation Pattern: Antenna Gain: | 1100-1350 MHz 1.5 200 Watt CW (%100 duty cycle) Tested 770 mm 50 ohm N Female Connector Dark Green (Other colours on request) Right Hand Circular Polarization (RHCP) Directional 11.9 dBi to 13.6 dBi depending on the frequency |