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Military Omnidirectional Antennas

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Clover antenna 4.8-6.2 GHz RHCP
3
520 UAH
-15%
440 UAH
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Clover antenna 6-7 GHz RHCP
2
520 UAH
-15%
440 UAH
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Antenna Helical 3.3 GHz (light) 12dBi
0
2 640 UAH
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In stock
Clover antenna 4.8-6.2 GHz LHCP
1
500 UAH
-10%
450 UAH
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Antenna VTX Clover 5.3-6.0 GHz SKY VISION (R)
0
370 UAH
-14%
320 UAH
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Helical 6.0-7.5 GHz RHCP 15 cm (18V)
0
3 080 UAH
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Antenna Mushroom 5.0 GHz
0
462 UAH
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Videolink WHA-4972-17-14.9 Helical Antenna - 7.2 GHz 17.0 dBi
1
2 299 UAH
-20%
1 842 UAH
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Helical 6.0-7.5 GHz RHCP 6 cm (18V)
0
3 080 UAH
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Antenna Helix 4.2-6.0 GHz 10 turns Skyvision (L)
0
1 599 UAH
-13%
1 399 UAH
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Antenna Helix 4.2-6.0 GHz 21 turns Skyvision (L)
2
1 999 UAH
-10%
1 800 UAH
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In stock
Antenna Pagoda 5.3 GHz
0
462 UAH
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Antenna Helix 4.2-6.0 GHz 16 turns Skyvision (L)
1
1 850 UAH
-11%
1 650 UAH
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Military Omnidirectional Antennas

What are omnidirectional antennas?

An omnidirectional antenna is a type of radiator that uniformly transmits and receives signals in all directions. This feature makes it particularly useful in EW systems, where stable communication is needed regardless of the transmitter or receiver position. Thanks to operating at different frequencies and a wide range of applications, omnidirectional antennas have become one of the most versatile solutions.

Purpose of omnidirectional antennas

The main task of an omnidirectional antenna is to ensure continuous communication on the battlefield or during tactical operations. It works well where directivity is not critical, but signal reliability at various distances is required. Such antennas are equally effective for mobile stations, unmanned aerial systems, and stationary transmitters. 

Types of omnidirectional antennas (Clover, Helical, Pagoda)

  • Clover – lightweight and compact, suitable for drones and portable systems.
  • Helical – provides greater range and gain while maintaining a stable signal.
  • Pagoda – a modern option with an optimized design, resistant to interference and convenient to use.

Characteristics of omnidirectional antennas

Key parameters are frequency and range, which determine the quality of communication. Power and gain, which affect the operating range, are also important. Thanks to circular polarization, the antenna minimizes signal loss and remains effective even in dynamic conditions. This makes it versatile when combined with various receivers and transmitters.

How to choose omnidirectional antennas?

When choosing, you should consider:

  • required operating range;
  • polarization type;
  • operating conditions – mobile or stationary;
  • compatibility with your equipment.

Where to buy omnidirectional antennas?

Reliable models of omnidirectional antennas are available at Flash Army. The catalog includes omnidirectional antennas, quadrifilar antennas, dipole antennas and other types, as well as EW systems and signal repeaters. These and other products are available for order, and manufacturers guarantee quality tested in combat conditions. If you have any issues with your choice, managers are ready to answer all questions and place an order with fast delivery across Ukraine.

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Frequently asked questions about products in this category Military Omnidirectional Antennas

Omnidirectional antennas are manufactured for various frequency bands depending on their purpose and model. The most common solutions are for 433 MHz, 868 MHz, 1.2 GHz, 2.4 GHz, and 5.8 GHz. Before making a choice, it is important to check the antenna's compatibility with your specific equipment.
The gain of omnidirectional antennas typically ranges from 1 to 12 dBi, depending on the design, size, and number of elements. Compact models have lower values, while larger directional solutions have higher ones. For accurate selection, one should consider not only dBi but also the signal coverage pattern.
The number of turns or active elements affects gain, beamwidth, and signal stability. As the number of turns increases, the antenna can operate more directionally. At the same time, the structure's dimensions and the requirements for tuning accuracy change.
Circular polarization helps maintain better signal quality when the equipment's position changes. It can also reduce the impact of some reflected signals and local interference. This is especially useful for mobile systems or devices with variable orientation.
Omnidirectional antennas are used in telemetry, video transmission, wireless networks, mobile equipment, and other radio systems. They are chosen where signal stability during movement is critical. Specific applications depend on the frequency and system configuration.
Omnidirectional antennas help maintain a stable signal because their polarization is less sensitive to changes in device tilt. This is useful when equipment constantly changes its position in space. As a result, communication can remain more consistent while in motion.
Omnidirectional antennas typically use copper or brass conductors, aluminum elements, plastic housings, and protective covers. The design can be open or closed, depending on operating conditions. The choice of materials affects the product's weight, strength, and durability.
Omnidirectional antennas in Ukraine typically cost between 300 and 8,000 UAH, depending on frequency, design, and characteristics. Simple compact models are more affordable, while professional solutions are more expensive. Materials, brand, and equipment also affect the price.