The affordable Ninja C-sUAS system is made in the US and detects, disrupts, and defeats hostile unmanned aircraft – without any indiscriminate interference to friendly systems caused by conventional sUAS jamming technologies. Ninja rapidly detects both the aircraft and the controller location enabling a variety of response options, while also enabling the whitelisting of friendly drones for uninhibited operations. Ninja is software upgradeable to keep pace with emerging sUAS threats.
NINJA GEN2
Ninja employs an array of industry-standard Software Defined Radios (SDRs) and a powerful embedded computing system to intercept and decipher sUAS communication signals ranging from 70 MHz to 6 GHz in real-time.
Ninja employs an array of industry-standard Software Defined Radios (SDRs) and a powerful embedded computing system to intercept and decipher sUAS communication signals ranging from 70 MHz to 6 GHz in real-time.
Ninja TRx is a low-cost, lightweight, range extension solution that can be added to a Gen2 deployment providing tailored coverage and additional swarm capabilities.
Ninja TRx is a low-cost, lightweight, range extension solution that can be added to a Gen2 deployment providing tailored coverage and additional swarm capabilities.
The Radio Frequency Front End (RFFE) is essential for optimized detection and mitigation at longer ranges. The modular Ninja 4925 RFFE is a drop-in replacement for the legacy Nina hardware front end that has been discontinued due to parts obsolescence.
The Radio Frequency Front End (RFFE) is essential for optimized detection and mitigation at longer ranges. The modular Ninja 4925 RFFE is a drop-in replacement for the legacy Nina hardware front end that has been discontinued due to parts obsolescence.
Ninja Sentinel is a multi-layer C-sUAS sensor solution that increases rapid, accurate, and reliable small Unmanned Aircraft Systems (sUAS) detection performance.
Ninja Sentinel is a multi-layer C-sUAS sensor solution that increases rapid, accurate, and reliable small Unmanned Aircraft Systems (sUAS) detection performance.