|
Quantity
|
Out of stock
|
||
|
|
|||
|
|
|||
Electronic warfare system "Arkan LOW Pro" (350-700 MHz): Effective counteraction to FPV drones at low frequencies
In modern combat, the enemy is constantly changing tactics, switching to non-standard UAV control frequencies to bypass standard electronic warfare systems. Electronic warfare Anti-drone "Arkan LOW Pro" is a specialized solution designed to suppress FPV drone control channels in the critically important low range of 350-700 MHz. Thanks to the high total power of 200 W, the system creates a reliable protective barrier, minimizing the risk of damage to equipment and personnel.
Why "Arkan LOW Pro" Is it critical on the front lines?
Most standard "trench" electronic warfare systems operate in the 800-1000 MHz range. However, attack drones are increasingly using low frequencies to bypass electronic jamming. Arkan LOW Pro covers precisely this vulnerable zone, providing the unit with comprehensive protection.
- Low frequency specialization: The system covers ranges from 350 to 700 MHz, which is a scarce and highly sought-after solution in combat zones.
- High interference density: 50 W of power on each of the four channels ensures "jamming" control signal even when the enemy uses amplifiers on the consoles.
- Mobility and lightness: Weighing only 8 kg, the system can be quickly moved between positions or used mobile during maneuvers.
- Replaceable battery system: Two batteries included ensure long, continuous operation during combat duty.
Technical and tactical characteristics (TTX) of the Arkan LOW Pro
The system combines compactness and high output energy, making it one of the best examples of mobile electronic warfare for individual and group protection.
| Parameter | Characteristic value |
|---|---|
| Operating frequency ranges | 350-400, 400-500, 500-600,600-700 MHz |
| Power per channel | 50 W |
| Total power | 200 W |
| Effective range | up to 150 m (depending on conditions) |
| Cooling type | Active (intelligent ventilation) |
| Battery | Replaceable (2 pcs. included) |
| Operating time on 1 | up to 60 min |
| Operating temperature | from -20°C to +60°C |
| Device weight | 8 kg |
Areas of tactical application:
- Protection of dugouts and shelters: Creation of a safety zone around stationary positions to prevent FPV drones from flying into entrances and ventilation holes.
- Covering groups during rotation: Thanks to its light weight and autonomy, the Arkan LOW Pro English: can be used to protect personnel while on foot.
- Installation on transport: Ensuring the safety of logistics transport, which often becomes a target for low-frequency kamikaze drones.
- Escorting evacuation groups: Reliable protection during the evacuation of the wounded, when every second of delay due to an air threat is critical.
Expert opinion: “Arkan LOW Pro” is a “highly specialized hunter”. The use of active cooling allows the system to operate stably even at a temperature of +60°C, which is especially important during long-term use in sunny positions or inside armored vehicles.
Autonomy and reliability
One of the main advantages of the model is the replaceable battery. The kit includes two batteries, effectively doubling the active field runtime to 120 minutes. A 24-watt charger allows for efficient battery recharge from the grid or powerful inverters/generators.
Conclusion:Your energy advantage over the enemy
Anti-drone system "Arkan LOW Pro" 350-700 MHz is professional equipment that closes critical gaps in electronic defense. The combination of 200 W of power, wide low-frequency coverage and a well-thought-out power supply system makes this device an indispensable element of a modern tactical defense system.
FAQ: Six questions about the Arkan LOW Pro electronic warfare system
Why does the device operate in the 350-700 MHz range?
This is a response to enemy tactics: when standard 900 MHz electronic warfare systems became widespread, drones began to be reprogrammed to operate at the "low" frequencies of 433, 500 and 600 MHz. Arkan LOW Pro closes this window, concentrating power where it is needed most.
What is the real protection range from FPV drones?
The suppression radius is 150-300 meters. This is enough to create a safe zone in which the drone loses control and falls before reaching the target.
How to power the Arkan in the field?
The system can be powered from a car network, external batteries, or charging stations such as EcoFlow. Power consumption is optimized for long-term duty at positions.
Overheating during long-term operation?
The heatsink case and active coolers of the Pro series prevent overheating of the modules, guaranteeing stable power even under intensive use in hot weather.
Impact on your radios and communications?
The 400-500 MHz range coincides with the frequencies of many radios (for example, Baofeng). To avoid being left without communication, the unit should use digital radios in the VHF (136-174 MHz) range.
Efficient placement of antennas?
Antennas should be vertical and above obstacles. On a vehicle - above roof level to avoid blind spots and provide 360-degree protection.
FAQ: Six questions about the Arkan LOW Pro electronic warfare system
Why does the device operate in the 350-700 MHz range?
This is a response to enemy tactics: when standard 900 MHz electronic warfare systems became widespread, drones began to be reprogrammed for the lower bands — 433, 500, and 600 MHz. Arkan LOW Pro closes this window, concentrating power where it is needed most.
What is the actual protection range from FPV drones?
The suppression radius is 150-300 meters. This is enough to create a safe zone in which the drone loses control and falls without reaching its target.
How does the Arkan power itself in the field?
The system can be powered from a vehicle's electrical system, external batteries, or charging stations such as EcoFlow. Power consumption is optimized for long-term duty at positions.
Overheating during long-term operation?
The heatsink case and active coolers of the Pro series prevent overheating of the modules, guaranteeing stable power even under intensive use in hot weather.
Impact on your radios and communications?
The 400-500 MHz range coincides with the frequencies of many radios (for example, Baofeng). To avoid being left without communication, the unit should use digital radios in the VHF (136-174 MHz) range.
Efficient placement of antennas?
Antennas should be vertical and above obstacles. On a vehicle - above roof level to avoid blind spots and provide 360-degree protection.
FAQ: Six questions about the Arkan LOW Pro electronic warfare system
Why does the device operate in the 350-700 MHz range?
This is a response to enemy tactics: when standard 900 MHz electronic warfare systems became widespread, drones began to be reprogrammed for the lower bands — 433, 500, and 600 MHz. Arkan LOW Pro closes this window, concentrating power where it is needed most.
What is the actual protection range from FPV drones?
The suppression radius is 150-300 meters. This is enough to create a safe zone in which the drone loses control and falls without reaching its target.
How does the Arkan power itself in the field?
The system can be powered from a vehicle's electrical system, external batteries, or charging stations such as EcoFlow. Power consumption is optimized for long-term duty at positions.
Overheating during long-term operation?
The heatsink case and active coolers of the Pro series prevent overheating of the modules, guaranteeing stable power even under intensive use in hot weather.
Impact on your radios and communications?
The 400-500 MHz range coincides with the frequencies of many radios (for example, Baofeng). To avoid being left without communication, the unit should use digital radios in the VHF (136-174 MHz) range.
Efficient placement of antennas?
Antennas should be vertical and above obstacles. On a vehicle - above roof level to avoid blind spots and provide 360-degree protection.
How to power the Arkana in the field?
The system can be powered from a vehicle's network, external batteries, or EcoFlow charging stations. Power consumption is optimized for long-term duty at positions.
Overheating during long-term operation?
The radiator case and active coolers of the Pro series prevent overheating of the modules, guaranteeing stable power even under intensive use in hot weather.
Impact on your radios and communication?
The 400-500 MHz range coincides with the frequencies of many radios (for example, Baofeng). To avoid being left without communication, the unit should use digital radios in the VHF (136-174 MHz) range.
Efficient antenna placement?
Antennas should be vertical and above obstacles. On a vehicle, above roof level to avoid blind spots and provide 360-degree protection.
How to power the Arkana in the field?
The system can be powered from a vehicle's network, external batteries, or EcoFlow charging stations. Power consumption is optimized for long-term duty at positions.
Overheating during long-term operation?
The radiator case and active coolers of the Pro series prevent overheating of the modules, guaranteeing stable power even under intensive use in hot weather.
Impact on your radios and communication?
The 400-500 MHz range coincides with the frequencies of many radios (for example, Baofeng). To avoid being left without communication, the unit should use digital radios in the VHF (136-174 MHz) range.
Efficient antenna placement?
Antennas should be vertical and above obstacles. On a vehicle, above roof level to avoid blind spots and provide 360-degree protection.