The AB-U10 is an autonomous airborne counter-UAS (C-UAS) interceptor powered by Electric Ducted Fan (EDF) vectored thrust technology. Unlike ground-based jammers, nets, or kinetic effectors, the AB-U10 launches vertically without a runway or catapult, climbs to intercept altitude within seconds, and physically captures hostile drones mid-flight — preserving the airframe intact for post-mission intelligence exploitation.

The Problem

Modern threat drones increasingly operate on autonomous flight paths, rendering RF jammers and GPS spoofers ineffective. Kinetic solutions — shotguns, HPM, interceptor missiles — destroy the target and generate fragmentation hazards, making them unsuitable for use over populated areas, critical infrastructure, or forward operating bases where collateral damage is unacceptable. No current solution combines mobility, GPS-denied target engagement, zero fragmentation, and intact target recovery in a single deployable system.

The Innovation

The AB-U10 approaches the hostile UAV from the 6 o'clock position — the aerodynamically stable blind spot — and fires a 3×3 m mesh net at 30 m standoff range. The net expands in flight and entangles the target's rotor assembly, instantly disabling propulsion while leaving the airframe structurally intact. The entire engagement sequence — detection, launch, pursuit, lock-on, and net discharge — is autonomously executed by an onboard AI targeting system fusing EO and thermal IR sensor data, with motion prediction algorithms computing the optimal intercept geometry in real time.

The EDF vectored thrust architecture is the key enabler. It provides VTOL capability alongside 160 km/h cruise speed and — critically — instantaneous attitude correction at the moment of net firing, achieving sub-degree pointing accuracy independent of airspeed. No multirotor or fixed-wing interceptor currently on the market replicates this terminal engagement precision.

Why It Matters

Drone threats to airports, military bases, public events, and energy infrastructure are accelerating globally. The AB-U10 Net-Capture mode addresses scenarios where destruction is not an option: urban airspace, crowded venues, or missions requiring post-capture forensic analysis of the threat drone. Recovered airframes reveal operator identity, payload configuration, and origin — intelligence value that a destroyed target cannot provide.

The system is non-explosive, requires no hazardous materials, and carries low export control sensitivity, enabling rapid deployment across allied and partner nations without lengthy licensing delays.

Status & Roadmap

Airbility Inc. has completed prototype development and ground and air-based net-firing validation. Flight intercept trials are currently underway. The AB-U10 is designed for integration with existing ground radar detection networks and ground control station (GCS) infrastructure, with a target operational deployment timeline of 2026.

The AB-U10 Net-Capture interceptor represents a fundamental rethinking of counter-drone engagement: airborne, autonomous, non-destructive, and intelligence-preserving — purpose-built for the threat environment of the next decade.