Counter-drone systems are booming, and understandably so. Small UAS threats are everywhere: from loitering munitions to makeshift ISR drones’ duct-taped together by adversaries with nothing to lose. The market’s been racing to detect, deny, and disable.
But at AiT, we saw something different. In the tools used to simulate those threats, the target drones, the decoys… we saw potential.
So, we did what we do best: took something humble and have started to engineer the hell out of it.
From Target to Testbed
Most counter-drone targets are basic by design. Fly fast, look threatening, maybe trick a radar signature or two. That’s fine, until you realise the airframes have great bones. Modular structures. Space for payloads. Stable flight characteristics.
What did we do?
We re-purposed one of our own former counter-UAS decoys into a Research, Development, Test, and Evaluation drone platform, and have turned it into a fully-fledged, modifiable airframe for sensor trials, flight control development, and system prototyping.
• Installed a new custom flight control system – tuned for modular payloads and adaptable PID logic
• Added failsafe redundancy and telemetry routing for test evaluation
• Modified the composite frame to support hot-swappable payload bays
• Integrated mounts for EO/IR, passive RF, and bespoke comms payloads
Now it’s no longer a threat simulation device it’s a launchpad for real-world capability.
Why This Matters
The defence world doesn’t need more concepts, it needs testable, scalable, field-valid systems. And that means skipping long procurement cycles and getting ideas into the sky yesterday.
We’re bridging that gap.
• Clients can validate sensor concepts on a proven airframe, without waiting 18 months for a bespoke UAV
• Mission systems teams get a live testbed for comms, jamming, ISR, and multi-role payloads
• Our engineering team can make adjustments fast- from composite mods to avionics housing refinements
We do it all in-house. Design, build, test, fly, repeat.
What We’re Seeing in the Industry
There’s a reason MODs and primes are hungry for this kind of work:
• Loitering drones are now regulars on the battlefield, and everyone’s scrambling for flexible counters
• Sensor fusion is the next warzone edge, specially combining EO/IR + passive RF
• Budgets are shifting from ‘gold-plated’ custom airframes to modular, adaptable, multi-use platforms
• RDT&E requirements are growing, and legacy test platforms just aren’t cutting it anymore
What’s Next
We’ll continue evolving the flight control stack, composite architecture, and mounting interfaces. And we’re starting to spec versions optimised for:
• High-endurance comms relay
• Passive surveillance
• Naval platform compatibility
• EW experimentation
We’ve already had Tier 1 interest in adapting it for field prototyping.
And that’s the point. We’re not building hobby drones. We’re building the systems that shape what comes next.