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WARMAX Rage Armor 350-700 Vehicle Antenna Module: Professional Protection from FPV Threats
In today's combat environment, vehicles are a priority target for enemy FPV drones and electronic reconnaissance equipment. The effectiveness of electronic warfare (EW) and special communications systems directly depends on the quality of the antenna-feeder system. WARMAX Rage Armor 350-700 — This is a high-performance antenna module designed for vehicle installation to create a reliable dome of protection across a wide frequency range.
With precise tuning to frequencies from 350 to 700 MHz, this module ensures maximum efficiency of your amplifiers, minimizing the risk of equipment overheating and guaranteeing a stable link in the most challenging broadcast conditions.
Why is the WARMAX Rage Armor 350-700 the choice of professionals?
The module is designed for operation in extreme conditions. It combines broadband coverage and mechanical endurance, which allows it to perform missions at high speeds and in off-road conditions.
- Wide frequency spectrum: Coverage of the 350-700 MHz range allows it to effectively work against most modern UAV control channels.
- Low Loss: The use of premium Italian-made LMR-400 cable guarantees signal delivery to the antennas without amplitude loss.
- Extreme fixation: A system of 8 neodymium magnets provides a total adhesion force of 176 kg, which eliminates the possibility of module tearing off during abrupt maneuvering.
- Anti-vibration protection: Special adjustable supports level out shaking, protecting the internal elements of the antenna from mechanical wear.
Technical and tactical characteristics (TTX) of the module
Each element of the WARMAX Rage Armor module undergoes strict quality control and testing for compliance with the declared SWR indicators.
| Parameter | Characteristic value |
|---|---|
| Operating frequency range | 350, 400, 450, 500, 550, 600, 650,700 MHz |
| Overall dimensions (H&W&D) | 410 mm & 625 mm & 830 mm |
| Type and quantity of cables | LMR-400 (Made in Italy), 4 units |
| Cable length / Connector type | 3 meters / N-type (male) |
| Mounting system | 8 neodymium magnets (176 kg force) + anti-vibration mounts |
| Cable material | High-quality copper, double shielding |
| Device weight | 8 kg |
Advantages of the LMR-400 feeder line (Italy)
To maintain the output power of the amplifiers, it is critical to use a feeder with minimal attenuation. The complete LMR-400 cable of Italian manufacture ensures:
- Stable signal transmission even at high frequencies.
- Resistance to ultraviolet radiation, moisture and temperature changes (from -40°C to +80°C).
- Durable outer shell, which is not afraid of mechanical damage during active use.
Installation and tactical use
The WARMAX Rage Armor module is designed for rapid deployment. Eight powerful magnets allow you to securely attach the 8-kilogram structure to the roof of any vehicle (pickup truck, SUV, or armored vehicle) in seconds. Adjustable supports allow you to adapt the module to complex roof geometry, maintaining the perfect horizontal orientation of the antenna array.
Important: The use of N-type (male) connectors ensures a professional and sealed connection, which eliminates splice losses and protects the input circuits of the equipment from static.
Conclusion: Technological dominance in your hands
The WARMAX Rage Armor 350-700 automotive antenna module is not just an accessory, but a strategic investment in the safety of personnel and equipment. The combination of Italian-made components, perfect frequency tuning, and extremely reliable mounting makes this module the number one choice for units operating in areas with high enemy UAV activity.
Tactical FAQ:Rage Armor Low-Band Protection
1. Why is the 350-700 MHz band now a priority for protecting equipment?
This is a response to enemy adaptation. When standard $900\text{ MHz}$ electronic warfare systems became widespread, drone developers switched to "low" frequencies. The 350-700 MHz band covers custom control protocols that allow you to bypass typical frequency traps. This module closes the very gap that the latest FPV kamikazes are aiming for.
2. What does the reinforced design of the "Rage Armor" provide in real-world outputs?
Unlike civilian antennas, the Armor series is designed for extreme loads. The sealed housing protects against vibrations off-road, branch strikes in forest belts, and dust storms. As a photographer, you know the value of protected cases for optics — here, the housing performs the same function, preserving the electronics after harsh mechanical impacts.
3. What shape does the protective zone of this module have and what can you expect?
The antenna creates an omnidirectional (Omni) suppression dome. At low frequencies, the radio wave is longer, which allows it to better "bend" around the vehicle body. This ensures a stable protection zone within a radius of 300-500 meters, cutting off the drone's connection with the operator even before it approaches your mobile fortress.
4. Will the module's operation affect other unit communication systems?
Starlink: Operates on frequencies of 10+ GHz, so there will be no conflicts. Your internet connection for study will remain stable.
Radios: The LPD/PMR ranges ($433/446 MHz) will be completely jammed.
Mobile communications: LTE-700 may operate unstable. Coordinate the group's communication channels in advance, taking into account the "dead zones" of the radios.
5. System power supply and how long will the EcoFlow charge last?
The module consumes from 50 to 100 W. With a damn long wait, your EcoFlow Delta 2 will last for 8-12 hours of continuous "shield" support. When driving, it is better to power the system directly from the car's on-board network via a DC converter.
6. Key safety rules when operating such power?
As a future medic,Remember about shielding: the metal roof of the car is your main protector. It is safe to be inside the car. Outside, do not stand closer than $2\text{--}3\text{ meters}$ to a switched-on antenna for a long time. And check the SWR: never turn on the power without the antenna - The return line will burn out the amplifier faster than you can install a tourniquet.