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Vehicle Dome Electronic Warfare System: 6-Band FPV Drone Jammer (300-1050 MHz, 50 W)
In modern warfare, logistics routes and evacuation vehicles are priority targets for enemy FPV drones. Vehicle Dome Electronic Warfare System is a mobile electronic warfare system designed to create an impenetrable protective barrier around a vehicle. Thanks to the total power of the modules and full frequency coverage from 300 to 1050 MHz, the system guarantees protection against kamikaze drones operating on both standard and offset (low) frequencies.
Key Benefits of the MIWARS Shield Vehicle System
This system is specifically designed for operation in dynamic conditions. It provides 360-degree coverage, which is critical when moving over rough terrain, where the drone's attack direction can change instantly.
- 6 active channels of 50 W: Each band is equipped with a separate amplifier, which ensures a consistently high interference density regardless of the load on other channels.
- Full frequency coverage (300-1050 MHz): The system closes the "low window" (300-600 MHz), which the enemy is increasingly using to bypass standard electronic warfare systems.
- Instant readiness: The transition time to combat mode is no more than 15 seconds, which allows you to activate protection immediately upon entering a risk zone.
- Adaptive antenna system: The ability to use spring collinear antennas increases the survivability of the system when moving through forest belts or under low obstacles.
Technical and tactical characteristics (TTX)
The system is integrated into the vehicle's on-board network and is designed to remain switched on for a long time during combat missions.
| Parameter | Characteristic value |
|---|---|
| Suppression frequency ranges | 300 - 1050 MHz (6 independent modules) |
| Power per channel | 50 W (Total 300 W output) |
| Radius of action (360° dome) | up to 1000 meters (depending on conditions and antenna height) |
| Power source | 24V car battery or external unit (optional) |
| Power consumption | up to 350 W |
| Antenna type | Collinear / Spring / Clover |
| Casing dimensions | 410 * 300 * 190 mm |
| System weight | up to 17 kg |
Details of frequency ranges and power:
For maximum efficiency, power is distributed evenly across the entire spectrum of threats:
- 300-400 MHz (50 W): Protection against homemade low-frequency transmitters.
- 400-500 MHz (50 W): Suppression of modified FPV channels.
- 500-600 MHz (50 W): Closing scarce control frequencies.
- 600-700 MHz (50 W): Effective counteraction to new drone firmware.
- 830-950 MHz (50 W): Basic control range (ELRS, Crossfire).
- 950-1050 MHz (50 W): Suppression of control and telemetry channels.
Features of operation on transport:
The system is designed for direct connection to a 24V network (trucks, military SUVs). When used on a car with a 12V network, it is necessary to use an appropriate power converter (inverter/converter).
- Antennas: For cars, it is recommended to use spring collinear antennas that are resistant to vibrations and impacts from branches.
- Cooling: The housing is equipped with a heat dissipation system,allowing the system to operate autonomously for 1 to 2 hours at maximum power (depending on the outside temperature).
Important note: The system is ready for operation in no more than 15 seconds after powering up, making it ideal for use in mobile rapid response teams.
Conclusion: Traffic safety in a combat zone
Dome-type vehicle electronic warfare system (300-1050 MHz) is the ultimate solution for protecting evacuation flights, ammunition delivery, and personnel rotation. A power of 50 W per channel ensures reliable jamming enemy operator's signal while still in flight, preserving equipment and crew lives.
FAQ: Six questions about 6-band auto-electronic warfare
What does such a wide range (300-1050 MHz) provide?
Instead of three different devices, you get one that covers all the "holes". The system neutralizes standard FPV (868/915 MHz), low-frequency kamikazes (400-600 MHz) and experimental drones at frequencies from 300 MHz. It's comprehensive armor in one bottle.
Signal power at 50 watts per channel?
50 watts for each of the 6 lines - This is a serious argument. The power is enough to literally "burn out" the drone's communication channel, even if the enemy uses powerful amplifier antennas. The density of interference leaves no chance of controlling the drone during approach.
What is the actual protection radius of a moving vehicle?
The suppression zone is 150-350 meters. For a moving vehicle, this creates a safe corridor: the drone loses control before the operator has time to adjust the attack. You pass dangerous areas under the protection of an invisible dome.
Safety for a laptop and medical devices?
The system housings are shielded, which protects the electronics inside the vehicle. The laptop and devices will function normally. However, mobile communications and the Internet may be lost. Photographers: Keep flash drives and microphones away from active electronic warfare antennas.
How does the system power up in a pickup truck?
When consuming 400-600 W, it is better to connect directly to the car battery (with the engine running) or use a powerful charging station such as EcoFlow Delta 2 Max, which will last for 3 hours of continuous protection.
Used to protect a dugout or stab post?
Magnetic mounts allow you to quickly relocate antennas to the roof of a building or shelter. It is important to raise the antennas above the parapet or ground level to ensure line of sight and maximum jamming range.