Cue
Radar, acoustic, and RF cues hand off to the interceptor. Track designation arrives before the operator ever sees the target.
A hostile quadcopter costs a few hundred dollars. The missile fired at it can cost six figures, and there are never enough of them. Jamming fails against fiber-guided and autonomous airframes that need no link to finish the run.
Fixed sites, convoys, and forward positions all need an answer that a single soldier can carry, launch in seconds, and use again tomorrow. That answer has to work in a GPS-denied, heavily jammed environment.
Radar, acoustic, and RF cues hand off to the interceptor. Track designation arrives before the operator ever sees the target.
Kinetic defeat on terminal approach. No link required at the end of the engagement, so jamming the interceptor does not save the target.
Engagement profiles for multi-axis swarm attacks, with magazine depth measured in racks of airframes rather than interceptor missiles.
Persistent coverage of the site between engagements: tethered or rotating patrol, continuous surveillance, and rapid reload.
Direct kinetic defeat of hostile UAS. Single-operator launch.
Designation from radar crew with manual override on final approach.
GPS-denied flight in jammed and spoofed environments.
Engagement profiles for multi-axis swarm attacks at scale.
Fixed-site and mobile defense of high-value infrastructure.
Folded in 12 seconds. Carried in a ruck. Operated by one.
Mission adaptability without platform redesign. Crews reconfigure between roles in minutes, on the same airframe.
Configured for direct engagement of hostile UAS. Radar-designated launch, manual override on final approach, and terminal guidance that does not depend on an active link.
Sensor-configured for persistent air picture around a site or convoy: RF and acoustic detection, track correlation, and cueing to the intercept element.
Folded in 12 seconds and carried in a ruck. Site setup requires no runway, no vehicle, and no dedicated crew beyond the operator.
Persistent protection of bases, depots, substations, and command nodes.
Coverage that moves with the element it protects, launched from a halt.
Multi-axis engagement profiles when the attack arrives in numbers.
Intercepts flown under active jamming and spoofing conditions.
Thermal detection and intercept through darkness and low visibility.
Standing defense of energy, water, and telecom infrastructure.
Detection of small-UAS incursion along a monitored boundary.
Temporary air-denial envelopes over stadiums, summits, and movements.
Forward resupply of interceptor racks between engagements.
Operator certification in days, not months. Scenario training against representative threat profiles, degraded-link engagements, and night intercepts.
Integration with existing radar, C2, and air-defense workflows, including handoff protocols, rules of engagement, and multi-unit deconfliction.
Preventive maintenance, magazine accounting, remote diagnostics, and priority parts availability for units held at readiness.
Powerus fields one autonomous architecture across six missions, shared platforms, shared ground control, a single U.S. supply chain.
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