Lab 254 · Tracer Interceptor System

Automatic interception of enemy UAS detected on radar

Tracer Interceptor integrates with your existing radar or with a radar-feed integration system. Delivered with a ground station and the autonomous Tracer Interceptor.

The operator picks a target from the radar feed and assigns it. From there, the drone flies autonomously until it sees the target on camera and carries the engagement through to contact — no manual flight control from the ground.

300–500 m

Interceptor acquires the enemy UAS · terminal guidance carries it through to contact

2 modes

Manual detonation · autonomous strike

Delivery · separate license

Delivered with a ground station and the autonomous Tracer Interceptor. Radar or radar-feed integration runs on your existing equipment and is not included in delivery.

AREA OF RESPONSIBILITY ENEMY UAS DETECTED TRACER INTERCEPTOR RADAR yours or radar-feed integration GROUND STATION operator assigns target LAUNCH feed CONTROL + TELEMETRY system data intercept trajectory engagement zone SYSTEM = (RADAR OR RADAR-FEED INTEGRATION) + GROUND STATION + INTERCEPTOR

How it works

Radar detects — Tracer Interceptor carries it to contact

Plugs into your radar — or via radar-feed integration

Tracer Interceptor integrates with your existing radar or with a radar-feed integration system.

Onboard terminal guidance

Before the target ever appears in frame, an AI model flies the interceptor on radar data — holding course on its own until the target enters the camera’s field of view.

At 300–500 m the camera acquires the target, and from there terminal guidance carries the interceptor through to contact. No operator link required in the terminal phase.

Hybrid guidance: Pixel Lock holds the target in frame; if it's occluded, an AI model restores guidance until Pixel Lock re-acquires it.

Two engagement modes

Manual detonation — operator detonates at close range. Autonomous strike — full pursuit and contact at 300–500 m on the telemetry link. Mode is selected by target profile.

Kill chain

Automated cycle — from detection to strike

The operator is engaged only at step 02 (target tasking). Steps 03–05 are automated; in step 05 the operator can initiate manual detonation at close range.

01 Detection your radar detects enemy UAS 02 Target tasking feed arrives at the station operator assigns the target 03 Launch interceptor lifts off quadcopter or fixed-wing 04 Pursuit Tracer + Pixel Lock autonomous terminal guidance 05 Strike MANUAL detonation ~200 m AUTO strike 300–500 m

Integration

Specifications

System compositionradar / radar-feed integration · ground station · Tracer Interceptor
Radaryour existing radar or radar-feed integration system
Interceptor airframeFPV quadcopter or fixed-wing drone
Terminal guidanceTracer Interceptor · onboard the interceptor
Camera lock300–500 m · terminal intercept phase
Operator linktarget tasking + onboard video feed · no manual flight control

Why it works

Not a single drone — a system

A system, not a single drone

You get one system — radar integration, decision-making, and intercept together.

Autonomous pursuit, not an FPV joystick

This isn’t a pilot manually chasing another FPV. The operator assigns the target — from there, Tracer Interceptor flies itself to contact.

Scalable interception

Interceptor autonomy multiplies the effectiveness of your existing FPV operators: one unit handles more targets per shift, more enemy drones downed without expanding the team.

Order

Order Tracer Interceptor

Separate license for the interception system.

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