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FPV LoRa Digital Jammer (600-700 MHz, 50W): Effective Control Channel Jamming
In today's technological warfare, FPV drones are constantly changing operating frequencies to bypass standard electronic warfare systems. The 50W LoRa Digital Jammer is a high-tech solution for jamming in the 600-700 MHz band. This amplifier is the "heart" of the for the assembly of effective trench electronic warfare systems and individual defense against attack drones.
Advantages of VCO technology and LoRa modulation
The use of VCO (Voltage Controlled Oscillator) technology allows the module to generate a stable and dense jamming signal in a given spectrum. LoRa modulation in the context of electronic warfare ensures high efficiency in suppressing digital communication protocols that the enemy uses to control drones on non-standard frequencies.
- High spectral density: A power of 50 W allows you to reliably "jam" control signal over significant distances.
- Aluminum housing: A special alloy not only provides protection for components, but also acts as a primary radiator for efficient heat dissipation.
- Frequency versatility: The 600–700 MHz range is currently one of the most critical, since it is these frequencies that enemy UAV operators are switching to en masse.
Technical and tactical characteristics (TTX)
The module is optimized for integration into complex electronic warfare systems and requires a professional approach to installation and cooling.
| Parameter | Characteristic Value |
|---|---|
| Operating Frequency Range | 600 - 700 MHz |
| Output Power | 50 W |
| Signal Generation Technology | VCO |
| Supply Voltage | 24 V - 28 V (DC) |
| Output Connector Type | N-hole (N-female) |
| Case material | Aluminum (heat-conducting) |
| Overall dimensions | 150 * 55 * 24 mm |
Critical operating and installation rules
To ensure long-term operation of the module and prevent failure of expensive electronics, be sure to follow these instructions:
- Connection sequence: First, connect the antenna or dummy load to the RF output, and only then apply power. Turning on the module without an antenna will instantly burn out the output stage!
- Thermal control: Since the output power significantly exceeds 5 W, be sure to use active cooling. It is necessary to install the module on an additional radiator Using hot glue or thermal paste and provide fan blowing.
- Power: Stable operation is guaranteed at 24-28 V. Use wires of appropriate cross-section to minimize losses.
- Control (Switch Line): To activate the module, connect the signal line (switch line) together with the red wire to the positive pole (+).
Available frequency modifications
We offer a range of identical amplifiers, which allows you to assemble a multi-band protection system:
- 420-460 MHz: To suppress low-frequency control channels.
- 510-600 MHz: To overlap the adjacent frequency spectrum.
- 600-700 MHz: Basic model for protection against modern FPV.
Expert assessment: This module has an optimal power/size ratio. With proper cooling, it demonstrates stable operation in 24/7 mode, which is critical for protecting stationary objects and dugouts.
Conclusion: Reliability, proven by tasks
FPV digital jammer module "LoRa" 600-700 MHz is a professional component for creating an electronic shield. High output power of 50 W and a compact aluminum case make it the best choice for engineers and volunteers developing electronic warfare systems for the Ukrainian Armed Forces.
Tactical FAQ: Six questions about the digital module "LoRa"
Why is the module called "LoRa" and what is special about it?
LoRa technology is used in ELRS control protocols. Instead of simple noise, this module generates a digital signal that imitates the structure of LoRa packets. This literally "confuses" the drone's receiver, feeding it incorrect control data.
Why was the 600-700 MHz range chosen?
This is a response to the enemy's new tactics: using the "lower" spectrum to bypass standard electronic warfare (868/915 MHz). With this module, you close the very loophole that operators of "cunning" FPV kamikazes are counting on.
What is the real protection radius at 50 W?
Digital interference is often more effective than analog. 50 W of power creates an "impenetrable wall" at a distance of 250-400 meters. The drone loses control at a safe distance, before it has time to enter the final attack trajectory.
Power consumption and autonomy from EcoFlow?
Module consumption is about 150-180 W. The EcoFlow Delta 2 station provides 5-6 hours of continuous protection. This is enough time for a full shift or to prepare for exams under the protection of the dome.
Impact on your equipment and communications?
Starlink and Wi-Fi remain operational. However, digital interference can interfere with the 4G/LTE internet.Photographers should be aware of potential interference on wireless monitors operating in close frequencies.
Tactics for use in position?
It is optimal to use the module as an "ELRS hunter," turning it on only when triggered by a detector signal. This maintains the concealment of the position and saves battery power, preventing enemy SIGINT from finding your location.