KNDS is partnering with AERIX Systems to add an autonomous hit-to-kill interceptor drone to the TARGAS vehicle-based counter-UAS ecosystem, combining electronic attack with physical interception.
How the TARGAS combination works
The TARGAS DSP10 is described as a close-in protection system that brings together electronic warfare and physical response options. Its reported configuration pairs Nuances Technologies' Raptor 2 electronic countermeasure system with AERIX's AXS-µ1 interceptor drone.
The idea is to give a ground unit more than one response path. Jamming may be useful against some links and navigation modes, while an interceptor can provide a physical option when a drone continues toward a protected asset or when electronic effects are uncertain.
Why the FPV threat shapes the design
Small FPV drones compress the time available for detection and engagement. Their low cost also makes a defender's economics important: a response that is technically effective but far more expensive than the incoming aircraft may not scale to repeated attacks.
An autonomous interceptor may help reduce operator workload and reaction time, but autonomy brings its own requirements. The system must identify a legitimate target, avoid friendly aircraft and people, and operate within rules that may differ between a battlefield and a domestic security site.
What is still to be demonstrated
KNDS says it will support the AXS-µ1 through maturation, with production planned from 2027. The announcement does not provide public performance data on range, speed, seeker behavior, weather limits, reload time or hit probability, all of which matter to a buyer comparing layered defences.
The useful next step will be repeatable trials against representative FPV targets and clear information about how the interceptor is cued by TARGAS sensors. A complete system matters more than a stand-alone drone when the engagement window is measured in seconds.
Layered defence is becoming the product
The KNDS-AERIX partnership shows how counter-UAS design is moving toward layered systems that blend sensing, jamming and kinetic effects. Its real value will be judged by integration and repeatable performance, not by the interceptor label alone.
Share:
US Opens Permanent Counter-UAS Test Lanes
Acoustic Sensors Join UNIFY.C2