FAQS

Procurement is handled through a strictly controlled, documented process: Initial Inquiry: Submit an official request via our secure contact form or encrypted email. Provide your agency/department details and intended use case. Credential Verification: We require a formal Letter of Authorization, an end-user...

The effective range depends on three core factors: transmitter output power, antenna gain and directivity, and the local RF environment (terrain, buildings, foliage). We categorize our systems as: Portable/Manpack Units: 20W–50W output, achieving directional disruption ranges of 200–800 meters against user...

Yes, our factory designs modular, multi-band jamming platforms that can be configured to disrupt multiple frequency bands simultaneously or selectively. A standard dedicated Starlink jammer focuses purely on the Ku/Ka uplink and downlink frequencies. However, on a custom-build basis, we...

Our Starlink jamming solutions are deployed in several highly regulated, mission-critical scenarios: Military & Electronic Warfare: Creating denied communication environments during training exercises, protecting troop movements from unauthorized satellite tracking, and countering adversary command-and-control links. Critical Infrastructure Protection: Safeguarding power plants, oil...

The legality of Starlink jamming equipment depends entirely on the jurisdiction and the end-user’s authorization. In the United States, the Federal Communications Commission (FCC) strictly prohibits the marketing, sale, and use of signal jammers by private individuals or commercial entities....

A Starlink jamming device is a radio frequency (RF) transmitter engineered to disrupt the communication link between a Starlink user terminal (dish) and the low-earth-orbit satellite constellation. Starlink operates primarily in the Ku-band (10.7–12.7 GHz for downlink, 14.0–14.5 GHz for...