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Technological warfare demands instant adaptation. As enemy UAV operators increasingly shift their operating control frequencies below standard ranges, the 600-700 MHz collinear antenna is becoming a critical component for building effective electronic defense. It is a professional solution for signal amplification in electronic warfare systems and communication nodes, ensuring stable operation where conventional antennas lose effectiveness.
Why is the 600-700 MHz band strategically important?
Today, most mass-produced trench and vehicle-mounted electronic warfare systems focus on the 700-1000 MHz bands. Understanding this, the enemy switches to “low” frequencies 600-700 MHz, creating dangerous gaps in the defense. Using this antenna allows you to:
- Close "blind spots": Effectively suppress control channels of kamikaze drones operating in the lower spectrum.
- Maximum energy concentration: Gain of 6 pm 1 dBi focuses transmitter power along the horizon, without scattering it "into the sky".
- Ensure all-round protection: A horizontal radiation pattern of 360^{\circ}$ guarantees the absence of unprotected sectors around the object.
Technical and tactical characteristics (TTX)
The antenna is designed for intensive use in difficult weather conditions and is fully compatible with most modern digital jamming modules.
| Parameter | Characteristic value |
|---|---|
| Operating frequency range | 600 – 700 MHz |
| Gain | $6 \pm 1$ dBi |
| SWR | $\le 2,0$ (optimized for electronic warfare) |
| Polarization | Vertical |
| Horizontal Beamwidth | $360^{\circ}$ (omnidirectional) |
| Vertical Beamwidth | $17 \pm 3^{\circ}$ (focus on the horizon line) |
| Input Impedance | 50 Ohm |
| Maximum Output Power | 70 W |
| Type Connector | N-Male (Plug) |
Design advantages for combat use
This model is designed for specialists who value reliability and stability of parameters in real combat.
1. Narrow vertical beam ($17^{\circ}$)
The collinear structure of the antenna allows you to "press" the signal to the ground. This is critical for combating low-flying targets, since all the power of your electronic warfare works directly against the threat, and does not escape into the stratosphere.
2. High throughput power (70 W)
Unlike household analogs, this antenna can withstand long-term operation at high power. This allows it to be used with professional VCO amplifiers without the risk of equipment failure due to overheating or high SWR.
3. N-Male Connector Standard
Using the N-type connector ensures a tight connection, minimal RF energy loss and vibration resistance, which is especially important when installing on cars and armored vehicles.
Use scenarios:
- Kupol automotive electronic warfare systems: Creation of a protective zone for evacuation and logistics transport.
- Trench protection: Use in positions to close specific "low" frequencies that the enemy uses for kamikaze attacks.
- Repeaters and communication nodes: Amplification of the tactical signal in the 600-700 MHz range.
Expert advice: To maintain an ideal 360^{\circ}$ omnidirectional pattern and a low SWR, mount the antenna as high as possible and away from metal obstacles that can shield the signal.
Conclusion:Maximum Protection in Scarce Spectrum
600-700 MHz Collinear Antenna is your insurance against "invisible" attacks. High gain, stable SWR, and a rugged design make it a must-have element of a modern, layered electronic warfare system.
Tactical FAQ: Six Questions About the 600-700 MHz Collinear Antenna
Why did the 600-700 MHz band become critical in 2026?
The enemy began shifting FPV drone frequencies to the 600-700 MHz range to bypass standard electronic warfare domes. This antenna closes the "gray zone" where drones previously flew with impunity using non-standard firmware.
What does the "collinear" design provide?
It "compresses" the radio signal vertically and expands it along the horizon. The energy is not wasted in the sky, but hits in a dense beam along the ground. This increases the suppression range by 30-40% compared to conventional antennas.
What is the actual protection range?
When paired with a 50-watt module, the antenna creates a suppression zone with a radius of 300-450 meters. This gives you ample time to neutralize a kamikaze as it approaches your vehicle or position.
Powered by EcoFlow charging stations?
The system consumes approximately 150-180 watts. Your EcoFlow Delta 2 station will provide 5-6 hours of continuous dome operation. This is enough to complete a mission or prepare for exams under protection.
Impact on Starlink and communication?
Starlink and Wi-Fi are working stably. However, the antenna can jam digital TV and interfere with some radios. Coordination is best maintained via online messengers under the protection of a "digital umbrella."
Is a strictly vertical installation important?
This is a polarization issue. If the antenna is tilted, the quality of protection drops sharply. Ensure that the antenna is always positioned strictly vertical relative to the horizon to ensure the maximum radius of the "dead zone" for drones.
Stable SWR and ruggedized design make it a must-have for a modern, layered electronic warfare system.
Tactical FAQ: Six Questions About the 600-700 MHz Collinear Antenna
Why did the 600-700 MHz band become critical in 2026?
The enemy has begun shifting FPV drone frequencies to the 600-700 MHz range to evade standard electronic warfare domes. This antenna closes the "gray zone" where drones previously flew with impunity using custom firmware.
What does the "collinear" design?
It "compresses" the radio signal vertically and expands it along the horizon. The energy is not wasted in the sky, but hits in a dense beam along the ground. This increases the suppression distance by 30-40% compared to conventional antennas.
Actual protection range?
When paired with a 50-watt module, the antenna creates a suppression zone within a radius of 300-450 meters. This gives you extra time to neutralize a kamikaze as it approaches your car or position.
Powered by EcoFlow charging stations?
The system consumption is about 150-180 watts. Your EcoFlow Delta 2 station will provide 5-6 hours of continuous dome operation. This is enough to complete a task or prepare for exams under protection.
Impact on Starlink and communication?
Starlink and Wi-Fi are working stably. However, the antenna can jam digital TV and interfere with some radios. It is better to maintain coordination via online messengers under the protection of a "digital umbrella".
Is it important to install strictly vertically?
This is a polarization issue. If the antenna is tilted, the quality of protection drops sharply. Make sure that the antenna is always strictly vertical relative to the horizon to ensure the maximum radius of the "dead zone" for drones.
Stable SWR and ruggedized design make it a must-have for a modern, layered electronic warfare system.
Tactical FAQ: Six Questions About the 600-700 MHz Collinear Antenna
Why did the 600-700 MHz band become critical in 2026?
The enemy has begun shifting FPV drone frequencies to the 600-700 MHz range to evade standard electronic warfare domes. This antenna closes the "gray zone" where drones previously flew with impunity using custom firmware.
What does the "collinear" design?
It "compresses" the radio signal vertically and expands it along the horizon. The energy is not wasted in the sky, but hits in a dense beam along the ground. This increases the suppression distance by 30-40% compared to conventional antennas.
Actual protection range?
When paired with a 50-watt module, the antenna creates a suppression zone within a radius of 300-450 meters. This gives you extra time to neutralize a kamikaze as it approaches your car or position.
Powered by EcoFlow charging stations?
The system consumption is about 150-180 watts. Your EcoFlow Delta 2 station will provide 5-6 hours of continuous dome operation. This is enough to complete a task or prepare for exams under protection.
Impact on Starlink and communication?
Starlink and Wi-Fi are working stably. However, the antenna can jam digital TV and interfere with some radios. It is better to maintain coordination via online messengers under the protection of a "digital umbrella".
Is it important to install strictly vertically?
This is a polarization issue. If the antenna is tilted, the quality of protection drops sharply. Make sure that the antenna is always strictly vertical relative to the horizon to ensure the maximum radius of the "dead zone" for drones.
Six Questions About the 600-700 MHz Collinear Antenna
Why Did the 600-700 MHz Band Become Critical in 2026?
The enemy has begun shifting FPV drone frequencies to the 600-700 MHz range to bypass standard electronic warfare domes. This antenna closes the "gray zone" where drones previously flew with impunity using non-standard firmware.
What does the "collinear" design provide?
It "compresses" the radio signal vertically and expands it along the horizon. The energy is not wasted in the sky, but hits in a dense beam along the ground. This increases the suppression distance by 30-40% compared to conventional antennas.
Real protection range?
When paired with a 50-watt module, the antenna creates a suppression zone within a radius of 300-450 meters. This gives you time to neutralize the kamikaze as it approaches your car or position.
Powered by EcoFlow charging stations?
The system consumption is about 150-180 watts. Your EcoFlow Delta 2 station will provide 5-6 hours of continuous dome operation. This is enough to complete a task or prepare for exams under protection.
Impact on Starlink and communication?
Starlink and Wi-Fi are working stably. However, the antenna can jam digital TV and interfere with some radios. It is better to maintain coordination via online messengers under the protection of a "digital umbrella".
Is it important to install it strictly vertically?
This is a polarization issue. If the antenna is tilted, the quality of protection drops sharply. Make sure that the antenna is always strictly vertical relative to the horizon to ensure the maximum radius of the "dead zone" for drones.
Six Questions About the 600-700 MHz Collinear Antenna
Why Did the 600-700 MHz Band Become Critical in 2026?
The enemy has begun shifting FPV drone frequencies to the 600-700 MHz range to bypass standard electronic warfare domes. This antenna closes the "gray zone" where drones previously flew with impunity using non-standard firmware.
What does the "collinear" design provide?
It "compresses" the radio signal vertically and expands it along the horizon. The energy is not wasted in the sky, but hits in a dense beam along the ground. This increases the suppression distance by 30-40% compared to conventional antennas.
Real protection range?
When paired with a 50-watt module, the antenna creates a suppression zone within a radius of 300-450 meters. This gives you time to neutralize the kamikaze as it approaches your car or position.
Powered by EcoFlow charging stations?
The system consumption is about 150-180 watts. Your EcoFlow Delta 2 station will provide 5-6 hours of continuous dome operation. This is enough to complete a task or prepare for exams under protection.
Impact on Starlink and communication?
Starlink and Wi-Fi are working stably. However, the antenna can jam digital TV and interfere with some radios. It is better to maintain coordination via online messengers under the protection of a "digital umbrella".
Is it important to install it strictly vertically?
This is a polarization issue. If the antenna is tilted, the quality of protection drops sharply. Make sure that the antenna is always strictly vertical relative to the horizon to ensure the maximum radius of the "dead zone" for drones.
This increases the suppression range by 30-40% compared to conventional antennas.
What is the actual protection range?
When paired with a 50-watt module, the antenna creates a suppression zone within a radius of 300-450 meters. This gives you time to neutralize a kamikaze as it approaches your vehicle or position.
Powered by EcoFlow charging stations?
The system consumes approximately 150-180 watts. Your EcoFlow Delta 2 station will provide 5-6 hours of continuous dome operation. This is enough to complete a task or prepare for exams under protection.
Impact on Starlink and communication?
Starlink and Wi-Fi are working stably. However, the antenna can jam digital TV and interfere with some radios. It is better to maintain coordination via online messengers under the protection of a "digital umbrella".
Is it important to install it strictly vertically?
This is a polarization issue. If the antenna is tilted, the quality of protection drops sharply. Make sure that the antenna is always strictly vertical relative to the horizon to ensure the maximum radius of the "dead zone" for drones.
This increases the suppression range by 30-40% compared to conventional antennas.
What is the actual protection range?
When paired with a 50-watt module, the antenna creates a suppression zone within a radius of 300-450 meters. This gives you time to neutralize a kamikaze as it approaches your vehicle or position.
Powered by EcoFlow charging stations?
The system consumes approximately 150-180 watts. Your EcoFlow Delta 2 station will provide 5-6 hours of continuous dome operation. This is enough to complete a task or prepare for exams under protection.
Impact on Starlink and communication?
Starlink and Wi-Fi are working stably. However, the antenna can jam digital TV and interfere with some radios. It is better to maintain coordination via online messengers under the protection of a "digital umbrella".
Is it important to install it strictly vertically?
This is a polarization issue. If the antenna is tilted, the quality of protection drops sharply. Make sure that the antenna is always strictly vertical relative to the horizon to ensure the maximum radius of the "dead zone" for drones.
Is a strictly vertical installation important?
This is a polarization issue. If the antenna is tilted, the quality of protection drops sharply. Make sure the antenna is always strictly vertical relative to the horizon to ensure the maximum radius of the "dead zone" for drones.
Is a strictly vertical installation important?
This is a polarization issue. If the antenna is tilted, the quality of protection drops sharply. Make sure the antenna is always strictly vertical relative to the horizon to ensure the maximum radius of the "dead zone" for drones.