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Anti-Drone Systems

A layered counter-UAS portfolio built to detect, track, and defeat hostile unmanned systems across every threat tier and engagement range.

The UAS threat is no longer asymmetric

Commercial drones modified for warfare, coordinated swarm attacks, and low-cost loitering munitions have fundamentally changed the threat environment. Conventional air defence was not built for this.

Pinnac's counter-UAS portfolio addresses every layer of the threat — from early detection and classification to soft-kill jamming and directed energy to hard-kill kinetic intercept. Each system operates independently or integrates into the C-UAS command architecture.

6 types C-UAS Systems
0.1s Detect-to-Track
3km Engagement Range
Why Existing Systems Fail
01

Conventional radar misses small, slow, low targets

Air defence radar is optimised for fast, high-altitude threats. A 2kg commercial drone at 50m altitude flying at 40km/h is effectively invisible to most legacy systems.

02

Swarm saturation overwhelms point-defence systems

A single interceptor missile or gun system can engage one target at a time. A 48-unit swarm expends that defence in seconds and continues with 47 remaining units.

03

GPS spoofing defeats navigation-dependent countermeasures

Many C-UAS systems rely on GPS to prosecute their own intercept trajectory. An adversary spoofing the local GPS environment defeats both the threat and the response simultaneously.

Tier 1 — Detect

Find it before it's a threat

Multi-sensor detection — radar, acoustic, RF, and optical — fused by ATLAS AI to classify and track any UAS within the engagement envelope within 0.1 seconds of acquisition. No single sensor dependency.

Tier 2 — Disrupt

Sever the link, not just the drone

RF jamming, GPS spoofing, and datalink override options that neutralise the threat without kinetic engagement — preserving the airspace for friendly operations and avoiding collateral risk.

Tier 3 — Destroy

Hard kill when soft kill isn't enough

Kinetic interceptor drones, directed energy laser systems, and net-capture platforms for threats that cannot be electronically defeated — GPS-independent, autonomous, and effective against swarms.

Six counter-UAS system categories
RF Jamming
01
Soft Kill — Electronic

RF Jamming

Broadband and directional jamming systems that sever the control link between operator and drone. Forces return-to-home, hover, or uncontrolled descent depending on the target firmware.

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Directed Energy
02
Hard Kill — Energy

Directed Energy

High-energy laser systems that disable or destroy drone airframes at speed-of-light engagement rates. Zero cost-per-shot. Effective against swarms where munition-based intercept is economically unviable.

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Kinetic Interceptor
03
Hard Kill — Kinetic

Kinetic Interceptor

High-speed drone-on-drone intercept platforms. ATLAS AI autonomous pursuit and terminal engagement. Kinetic fragmentation or net-capture defeat options. GPS-independent intercept trajectory.

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Radar Detection
04
Detect & Track

Radar Detection

Low-altitude micro-UAS radar with ATLAS AI classification. Detects targets with RCS <0.01m² at 3km range. Acoustic and RF sensor fusion eliminates false-positive engagements.

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GPS Spoofing
05
Soft Kill — Navigation

GPS Spoofing

Localised GPS signal manipulation that feeds false position data to hostile UAS navigation systems. Redirects the drone to a controlled area without alerting the operator or triggering failsafe protocols.

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C-UAS Command
06
Command & Control

C-UAS Command

Integrated command architecture that fuses sensor feeds from all six system types into a single operator picture. Automated threat triage, engagement sequencing, and after-action logging.

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All counter-UAS systems are available for technical briefing and live demonstration to vetted defence partners.

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