LORA Jammer 950-1100 MHz 100W

The LORA Jammer 950-1100 MHz 100W is a highly effective module designed to create targeted digital interference in a critically important frequency range. This device is engineered for active suppression of LORA signals, commonly used in modern FPV drones for control and telemetry, as well as in other wireless communication systems.

Its operational principle is based on generating dense digital interference using pre-recorded LORA signal packets. This allows for maximum efficiency in "disabling" enemy drones, disrupting their control and telemetry systems. The module operates across a wide frequency range from 950 to 1100 MHz, covering the primary operating frequencies of FPV drones. With an output power of 100 Watts, the jammer ensures high signal density and a significant effective radius.

This solution is ideally suited for integration into various electronic warfare (EW) systems, including trench EW, automotive EW, and stationary EW complexes. The LORA jammer module, also referred to as NG-9055 in technical documentation, offers flexible adjustment of the emission bandwidth. You can narrow the bandwidth down to 40 MHz, for example, to create interference in the 1010-1050 MHz range. This enables highly precise deactivation of specific FPV drones without interfering with friendly pilots operating on other frequencies. Alternatively, you can utilize the full 950 to 1100 MHz range for broad-spectrum suppression.

The module boasts robust technical specifications: a frequency range of 950 to 1100 MHz, an interference output power of 100 Watts, and operates on 28 Volts at 7 Amps. It is capable of functioning in challenging conditions with temperatures ranging from -10°C to +50°C. Additionally, it features protection against high VSWR (Voltage Standing Wave Ratio) and antenna disconnection, significantly enhancing the device's reliability and lifespan.

If you are looking to buy a high-quality LORA jammer for FPV drones or a powerful EW module for drone countermeasures, this generator is an optimal choice. We offer this reliable component for anti-drone systems, designed for effective neutralization of enemy "birds." Other models of interference generators are also available for frequencies from 200 to 6000 MHz. We invite manufacturers of EW systems to collaborate, offering favorable terms for the supply of interference generators and specialized antennas.

🎁 Expert Advice To ensure stable and prolonged operation of the LORA interference generator, it is strictly forbidden to use it without an adequate cooling radiator. The high output power (100 Watts) leads to significant heat generation, and without effective heat dissipation, the device may overheat and fail. Ensure the cooling system meets the required parameters and the antenna is correctly connected before powering on.

💡 FAQ

❓ Why is a cooling radiator needed for the interference generator?
A radiator is essential for efficiently dissipating the heat generated by the 100-Watt jammer during operation. Without it, the device will overheat and could be damaged, leading to a loss of functionality.

❓ Can the frequency band on which interference is generated be adjusted?
Yes, this module allows for the adjustment of the emission bandwidth. You can narrow it down to 40 MHz for targeted impact or use the full 950-1100 MHz range.

❓ How effective is this jammer against FPV drones?
This jammer is specifically designed to combat FPV drones that use LORA signals. It can effectively disrupt control, telemetry, and cause engine shutdown, rendering the drone uncontrollable.

❓ What protective measures are included in the generator?
The device is equipped with protection against high VSWR (Voltage Standing Wave Ratio) and antenna disconnection, which prevents damage to the module from incorrect connection or antenna malfunction.

❓ Is it possible to use this module in mobile EW systems?
Yes, thanks to its compact size and robust design, the generator is ideally suited for integration into trench, automotive, and stationary electronic warfare complexes.