By Park Moojin · CEO, UAM KoreaTech · March 2026 · ~8 min read
Military drones stopped just watching. Now they sense invisible threats.
From ISR to CBRN: The Sensor Revolution
Military UAVs evolved from pure surveillance (MQ-1 Predator, 1995) to multi-domain platforms. Shield AI’s V-BAT carries IMS (Ion Mobility Spectrometry), NIR (Near-Infrared), and CZT gamma-spectrometry sensors — detecting chemical, biological, and radiological agents from the air.
The CBRN-CADS Tier 3 Recon Drones
CBRN-CADS’ MUM-T architecture deploys 2-4 micro-drones as Tier 3 reconnaissance assets. These sensor-equipped drones fly ahead of the decontamination mothership (Tier 2, SwissDrones SDO 50), mapping contamination boundaries in real-time.
Autonomous Swarming for CBRN
Future CBRN operations require drone swarms that autonomously establish contamination perimeters. Multiple drones flying coordinated patterns create a 3D contamination map in minutes — work that previously took human teams hours with handheld detectors in hazmat suits.
CBRN-CADS Integration Point
This special-purpose UAM category directly intersects with CBRN-CADS capabilities. The BLIS-D engine’s 4-mode hybrid decontamination and D-M-D-A-V autonomous pipeline are purpose-built for these operational environments.
© 2026 CBRN Tactical — UAM KoreaTech
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SEO Title: MQ-9 to Shield AI V-BAT: Military Drone Evolution | CBRN Tactical
Meta Description: From MQ-9 Reaper to Shield AI V-BAT — tracing the military drone evolution and how CBRN gets new autonomous eyes.
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Category: UAM Korea Tech
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