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Net-Carrying Interceptor Drone

KineticOpen-Source Verified

Friendly interceptor UAV that hunts and entangles hostile drones using a deployable net. Provides an attritable, scalable kinetic option against fiber-optic and small autonomous threats that defeat traditional EW.

How It Works

An EO/IR or radar-cued interceptor drone launches on alert, autonomously closes on the threat using AI vision, and deploys a net at terminal range. Caught drone falls or the interceptor descends for recovery.

Technical Specifications

range
5–20 km
cost
$15,000–$80,000 per interceptor
deployment Time
Seconds from alert (always-on rail)
crew Required
1 supervisor for multiple interceptors
weight
5–20 kg
power Requirement
Battery (recharge between sorties)

Advantages

  • + Effective against fiber-optic FPVs (no RF dependence)
  • + Scalable — many cheap interceptors per launcher
  • + Lower collateral than firearms in urban areas
  • + Recoverable if net deployment misses

Disadvantages

  • Limited number of engagements per recharge cycle
  • Weather-sensitive optical terminal phase
  • Single-shot net per sortie
  • Slower than gun systems against fast targets

Tactical Deployment Tips

  • Cue from passive RF-detection or AI-vision sensors to keep emissions low
  • Pre-position racks along likely drone ingress corridors

Limitations & Vulnerabilities

  • Limited against jets and high-speed loitering munitions
  • Reduced effectiveness in heavy wind/rain

Drones It Defeats

Drone types ranked by how well this system defeats them — tap any drone for details

⚠ How Adversaries Defeat This System

Active enemy adaptations observed in the field — distinct from passive limitations above

  • High-speed jets and large loitering munitions outrun the interceptor
  • Swarms saturate the limited interceptor inventory

Sources & Further Reading

  • Anduril Anvil-M — interceptor drone product documentation
  • Israeli Smart Shooter / SkyLock net-interceptor reporting (2024)