Vision that strikes

Autonomous Counter-Drone & Defence Systems Autonomous Counter Drone Defence

Partners

Ministry of Defence DSTL Defence & Security Accelerator UKRI UKDI Satellite Applications Catapult

Mission

Protecting people and critical assets with fast, autonomous drone defence.

Sentari Labs develops autonomous AI vision systems that detect, track, and defeat airborne threats without GPS, radio links, or central control.

Our mission is to protect people and critical assets with technology that is fast, precise, and unjammable by design, delivering sovereign capability for armed forces, security providers, and critical infrastructure operators where speed and precision matter most.

Sentari Labs builds autonomous AI vision systems that detect, track, and defeat airborne threats — no GPS, radio links, or central control.

Falcon

Our mission, made real. Fully autonomous intercept capability
01 — Detection
Within two seconds, the onboard AI acquires a visual lock on the target and confirms engagement readiness. No specialist training required.
02 — Pursuit
Once launched, the Falcon autonomously pursues the target. Computer vision maintains a continuous visual lock — no GPS, no RF uplink required.
03 — Interception
Terminal guidance uses computer vision to execute a kinetic strike. Impact is achieved without explosives, minimising collateral damage.
The Falcon 140D — an autonomous, vision-guided interceptor, expendable by design. Scroll to step through an engagement sequence.
Within two seconds, the onboard AI acquires a visual lock on the target and confirms engagement readiness. No specialist training required.
Once launched, the Falcon autonomously pursues the target. Computer vision maintains a continuous visual lock — no GPS, no RF uplink required.
Terminal guidance uses computer vision to execute a kinetic strike. Impact is achieved without explosives, minimising collateral damage.

AI Engine

The brains behind our technology

The Falcon is powered by Sentari's proprietary AI vision technology — embedded, real-time models that enable fully autonomous terminal guidance, handling target recognition and tracking without external input, critical for intercept missions in contested or signal-jammed zones.
Trained on thousands of hours of real-world air to air engagement footage, the Falcon's vision system is built for combat: robust, reliable, and proven against the threats operators face today.

Economics of Defence

British. Affordable.
Deployable at Scale.

Attack
Defence
£100
£1K
£10K
£100K
£1M
£315
£28K
£1,000
£3.93M
FPV DroneAttack
Shahed-136Attack Drone
FalconInterceptor
PAC-3 MSEMissile
Logarithmic scale · cost per unit / engagement (GBP)
↓28×
Cost ratio — intercepting a Shahed-136
with the Falcon

Falcon costs nearly 28 times less than the Shahed-136, turning the usual cost asymmetry of drone warfare back in the defender's favour.

↑140×
Cost ratio — intercepting a Shahed-136
with a PAC-3 missile

The Shahed-136 is a cheap fixed-wing drone used to strike cities and infrastructure. Intercepting one with a Patriot missile costs 140× more than building it.

Falcon fixes the cost equation.

The Falcon is designed to be consumed, not recovered. At a unit cost of £1,000, it shifts the economics of drone defence in favour of the defender. Every subsystem uses UK-owned IP with no foreign critical components — a fully sovereign British capability available for export.

Learn More
01

Request a Briefing

Speak directly with the Sentari Labs team. We brief defence customers, investors, and partners on capability, integration, and deployment readiness.

02

Download Product Sheet

Full technical specifications and capability overview for the Falcon 140D interceptor system.