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Vehicle-mounted Dome Electronic Warfare (2100-2700 MHz): 160-Watt Electronic Shield
In modern warfare, vehicles—from recovery pickups to ammunition trucks—are a priority target for enemy FPV drones. Vehicle-mounted Dome Electronic Warfare (2100-2700 MHz) is a specialized electronic warfare system designed to neutralize drones operating at high control and video transmission frequencies. The system creates a protective hemisphere (dome) around the vehicle, making it inaccessible to precision kamikaze strikes.
Why is the 2100-2700 MHz band critical for vehicle protection?
Adversaries are increasingly using "shifted" frequencies to control FPV drones and transmit high-definition digital video. Standard electronic warfare systems, which operate only at 900 MHz, often miss such threats. This system closes this gap by focusing enormous power in the 2.1-2.7 GHz spectrum, which allows you to:
- Completely block video communication: The drone operator loses video when approaching the vehicle, making an accurate hit impossible.
- Suppress control channels: The drone loses communication with the remote control and either crashes or makes an emergency landing far from the target.
- Counteract digital protocols: Effective suppression of signals operating in the upper limits of Wi-Fi frequencies and specialized military data transmission lines.
Technical and tactical characteristics (TTX) of the system
The MIWARS Shield system for cars is designed for stable operation in extreme temperature conditions and provides high signal density on each of the four subranges.
| Parameter | Characteristic value |
|---|---|
| Suppression frequency ranges | 2100 - 2700 MHz (4 independent modules) |
| Total output power | 160 W |
| Average power per channel | 40 W (47 dBm) |
| Power type | AC 110-240V / DC 24V (car on-board network) |
| Operating Temperature | from -25°C to +65°C |
| Casement Dimensions | 304 x 184 x 78 mm |
| Device Weight | 6 kg |
Frequency Grid Details:
To ensure maximum interference density, the entire spectrum is divided into four active control zones:
- 2100 - 2250 MHz: Suppression of offset control channels.
- 2250 - 2400 MHz: Blocking of specialized video links.
- 2400 - 2550 MHz: Suppression of standard control channels and Wi-Fi protocols.
- 2550 - 2700 MHz: Protection from high-frequency digital data transmission systems.
Features of operation in transport:
- Compactness: Light weight (6 kg) and small dimensions allow mounting the unit on the roof or trunk of any SUV.
- 24V power supply: Direct connection to the on-board network of military SUVs and trucks ensures stable operation without unnecessary inverters.
- Survivability: The system is resistant to vibrations and is designed for intensive use in off-road conditions.
Power advantage: A total power of 160 watts (40 watts per channel) creates such a high density of "white noise" that kamikaze drones lose control at a safe distance from the car.
Conclusion:Reliable protection on the move
Dome-type vehicle electronic warfare system (2100-2700 MHz) is a professional tool that closes critical frequency gaps in unit protection. Lightweight, powerful and durable, this device will become an indispensable shield for your vehicle in areas where FPV drones are actively used.
Tactical FAQ: Six questions about dome electronic warfare (2.4 GHz spectrum)
Why is the 2100-2700 MHz range so important for vehicle protection?
This is the range on which 95% of DJI Mavic, Autel and digital FPV systems operate. While low-frequency electronic warfare systems hit kamikaze control, this device turns off the enemy's "eyes" - Video communication and precise positioning of scouts.
What is the actual radius of the "protective dome" at these frequencies?
The effective "blinding" zone of a drone is 300-600 meters. For a moving vehicle, this means that the reconnaissance drone will lose the picture on the operator's console as soon as it tries to fly up to adjust fire.
Impact on Wi-Fi and Bluetooth in the cabin?
Wi-Fi and Bluetooth will turn off instantly. You will not be able to use wireless music or share the Internet. At the same time, Starlink (via cable) and mobile communications (4G) will remain operational.
Power consumption and autonomy?
Consumption is moderate - 150-250 W. The EcoFlow Delta 2 station will provide about 5 hours of dome operation. The load on the car generator is minimal, which allows you to continue protecting during the entire march.
How to avoid "blind spots" when installing on the roof?
The antenna should be the highest point. Any metal (trunk, spare tire) creates a "radio shadow". Use the magnetic base to center the antenna on the roof for even 360-degree coverage.
Impact on professional photography equipment?
The radiation is safe for sensors and optics, but completely blocks wireless lavalier microphones and remote controls. When filming a report under electronic warfare protection, use only wired audio equipment.
Tactical FAQ: Six questions about dome electronic warfare (2.4 GHz spectrum)
Why is the 2100-2700 MHz range so important for vehicle protection?
This is the range on which 95% of DJI Mavic, Autel and digital FPV systems operate. While low-frequency electronic warfare hits kamikaze control, this device turns off the enemy's "eyes" — video communication and precise positioning of scouts.
The actual radius of the "protective dome" at these frequencies?
The effective "blinding" zone of a drone is 300-600 meters. For a moving vehicle, this means that the reconnaissance drone will lose the picture on the operator's console as soon as it tries to fly up to adjust fire.
Impact on Wi-Fi and Bluetooth in the cabin?
Wi-Fi and Bluetooth will turn off instantly. You will not be able to use wireless music or distribute the Internet. At the same time, Starlink (via cable) and mobile communications (4G) will remain operational.
Power consumption and autonomy?
Consumption is moderate - 150-250 W. The EcoFlow Delta 2 station will provide approximately 5 hours of dome operation. The load on the car's generator is minimal, which allows you to continue protecting the vehicle during the entire journey.
How to avoid "blind spots" when installing on the roof?
The antenna should be the highest point. Any metal (trunk, spare tire) creates a "radio shadow". Use the magnetic base to center the antenna on the roof for even 360-degree coverage.
Impact on professional photography equipment?
The radiation is safe for sensors and optics, but completely blocks wireless lavalier microphones and remote controls. When filming a report under electronic warfare protection, use only wired audio equipment.
Tactical FAQ: Six questions about dome electronic warfare (2.4 GHz spectrum)
Why is the 2100-2700 MHz range so important for vehicle protection?
This is the range on which 95% of DJI Mavic, Autel and digital FPV systems operate. While low-frequency electronic warfare hits kamikaze control, this device turns off the enemy's "eyes" — video communication and precise positioning of scouts.
The actual radius of the "protective dome" at these frequencies?
The effective "blinding" zone of a drone is 300-600 meters. For a moving vehicle, this means that the reconnaissance drone will lose the picture on the operator's console as soon as it tries to fly up to adjust fire.
Impact on Wi-Fi and Bluetooth in the cabin?
Wi-Fi and Bluetooth will turn off instantly. You will not be able to use wireless music or distribute the Internet. At the same time, Starlink (via cable) and mobile communications (4G) will remain operational.
Power consumption and autonomy?
Consumption is moderate - 150-250 W. The EcoFlow Delta 2 station will provide approximately 5 hours of dome operation. The load on the car's generator is minimal, which allows you to continue protecting the vehicle during the entire journey.
How to avoid "blind spots" when installing on the roof?
The antenna should be the highest point. Any metal (trunk, spare tire) creates a "radio shadow". Use the magnetic base to center the antenna on the roof for even 360-degree coverage.
Impact on professional photography equipment?
The radiation is safe for sensors and optics, but completely blocks wireless lavalier microphones and remote controls. When filming a report under electronic warfare protection, use only wired audio equipment.
Why is the 2100-2700 MHz range so important for vehicle protection?
This is the range used by 95% of DJI Mavic, Autel and digital FPV systems. If low-frequency electronic warfare hits kamikaze control, this device turns off the enemy's "eyes" - video communication and precise positioning of scouts.
What is the actual radius of the "protective dome" at these frequencies?
The effective "blinding" zone for a drone is 300-600 meters. For a moving vehicle, this means that the reconnaissance drone will lose the image on the operator's console as soon as it tries to fly up to adjust fire.
Impact on Wi-Fi and Bluetooth in the cabin?
Wi-Fi and Bluetooth will turn off instantly. You will not be able to use wireless music or distribute the Internet. However, Starlink (via cable) and mobile communications (4G) will remain operational.
Power consumption and autonomy?
Consumption is moderate - 150-250 W. The EcoFlow Delta 2 station will provide about 5 hours of dome operation. The load on the vehicle's alternator is minimal, allowing the protection to remain on throughout the entire journey.
How to avoid "blind spots" when installing on the roof?
The antenna should be the highest point. Any metal (trunk, spare tire) creates a "radio shadow". Use the magnetic base to center the antenna on the roof for even 360-degree coverage.
Impact on professional photographic equipment?
The radiation is safe for sensors and optics, but completely blocks wireless lavalier microphones and remote controls. When filming a report under electronic warfare protection, use only wired audio equipment.
Why is the 2100-2700 MHz range so important for vehicle protection?
This is the range used by 95% of DJI Mavic, Autel and digital FPV systems. If low-frequency electronic warfare hits kamikaze control, this device turns off the enemy's "eyes" - video communication and precise positioning of scouts.
What is the actual radius of the "protective dome" at these frequencies?
The effective "blinding" zone for a drone is 300-600 meters. For a moving vehicle, this means that the reconnaissance drone will lose the image on the operator's console as soon as it tries to fly up to adjust fire.
Impact on Wi-Fi and Bluetooth in the cabin?
Wi-Fi and Bluetooth will turn off instantly. You will not be able to use wireless music or distribute the Internet. However, Starlink (via cable) and mobile communications (4G) will remain operational.
Power consumption and autonomy?
Consumption is moderate - 150-250 W. The EcoFlow Delta 2 station will provide about 5 hours of dome operation. The load on the vehicle's alternator is minimal, allowing the protection to remain on throughout the entire journey.
How to avoid "blind spots" when installing on the roof?
The antenna should be the highest point. Any metal (trunk, spare tire) creates a "radio shadow". Use the magnetic base to center the antenna on the roof for even 360-degree coverage.
Impact on professional photographic equipment?
The radiation is safe for sensors and optics, but completely blocks wireless lavalier microphones and remote controls. When filming a report under electronic warfare protection, use only wired audio equipment.
What is the actual radius of the "protective dome" at these frequencies?
The effective "blinding" zone for a drone is 300-600 meters. For a moving vehicle, this means that the reconnaissance drone will lose the image on the operator's console as soon as it tries to fly up to adjust fire.
Impact on Wi-Fi and Bluetooth in the cabin?
Wi-Fi and Bluetooth will turn off instantly. You will not be able to use wireless music or share the Internet. At the same time, Starlink (via cable) and mobile communications (4G) will remain operational.
Power consumption and autonomy?
Consumption is moderate - 150-250 W. The EcoFlow Delta 2 station will provide about 5 hours of dome operation. The load on the car generator is minimal, which allows you to continue protecting during the entire march.
How to avoid "blind spots" when installing on the roof?
The antenna should be the highest point. Any metal (trunk, spare tire) creates a "radio shadow". Use the magnetic base to center the antenna on the roof for even 360-degree coverage.
Impact on professional photography equipment?
The radiation is safe for sensors and optics, but completely blocks wireless lavalier microphones and remote controls. When filming a report under electronic warfare protection, use only wired audio equipment.
What is the actual radius of the "protective dome" at these frequencies?
The effective "blinding" zone for a drone is 300-600 meters. For a moving vehicle, this means that the reconnaissance drone will lose the image on the operator's console as soon as it tries to fly up to adjust fire.
Impact on Wi-Fi and Bluetooth in the cabin?
Wi-Fi and Bluetooth will turn off instantly. You will not be able to use wireless music or share the Internet. At the same time, Starlink (via cable) and mobile communications (4G) will remain operational.
Power consumption and autonomy?
Consumption is moderate - 150-250 W. The EcoFlow Delta 2 station will provide about 5 hours of dome operation. The load on the car generator is minimal, which allows you to continue protecting during the entire march.
How to avoid "blind spots" when installing on the roof?
The antenna should be the highest point. Any metal (trunk, spare tire) creates a "radio shadow". Use the magnetic base to center the antenna on the roof for even 360-degree coverage.
Impact on professional photography equipment?
The radiation is safe for sensors and optics, but completely blocks wireless lavalier microphones and remote controls. When filming a report under electronic warfare protection, use only wired audio equipment.
How to avoid "blind spots" when installing on the roof?
The antenna should be the highest point. Any metal (trunk, spare tire) creates a "radio shadow". Use the magnetic base to center the antenna on the roof for uniform 360-degree coverage.
Impact on professional photographic equipment?
The radiation is safe for sensors and optics, but completely blocks wireless lavalier microphones and remote controls. When filming a report under electronic warfare protection, use only wired audio equipment.
How to avoid "blind spots" when installing on the roof?
The antenna should be the highest point. Any metal (trunk, spare tire) creates a "radio shadow". Use the magnetic base to center the antenna on the roof for uniform 360-degree coverage.
Impact on professional photographic equipment?
The radiation is safe for sensors and optics, but completely blocks wireless lavalier microphones and remote controls. When filming a report under electronic warfare protection, use only wired audio equipment.