BLIS-D · CBRN Unmanned Helicopter
Bleed-air-based unmanned helicopter platform delivering 4-mode hybrid hot-dry decontamination.
BLIS-D is the kinetic platform of UAM Korea Tech's Defense pillar. The bleed-air heat source enables hot-dry decontamination over chemical hazard zones without the logistics burden of liquid decontaminants — the platform that CBRN-CADS publishes hazard zones for, and the platform that the Swiss BOXO3 hybrid chamber rides on for mobility-mounted gas-sterilisation duty.
Capabilities
04 listed- 01
4-mode hybrid decontamination
Hot-dry, hot-wet, cold-dry, cold-wet operational modes selected based on hazard category and ambient conditions. Single airframe covers all four.
- 02
Bleed-air heat source
Engine bleed air provides the hot-side thermal load — no auxiliary heater, no extra fuel burn, no liquid decontaminant supply chain.
- 03
BOXO3 hybrid chamber integration
40-year Swiss gas-sterilisation source technology adapted for mobility-mounted dual-use deployment. LOI + Buy-back agreement signed with BOX O3 AG.
- 04
Lattice-aware autonomous routing
Consumes CBRN-CADS hazard-zone control-area entities directly; routes around friendly assets and toward the hazard centroid without operator intervention.
Reporting nuclear detonations, biological and chemical attacks
What is verified.
- LOI signed
Letter of Intent + Buy-back agreement with BOX O3 AG (Switzerland) — 40-year gas-sterilisation source technology integration.
- Bleed-air
First Korean implementation of bleed-air-based airborne CBRN platform — own-IP filing in progress (KIPRIS).
Deployment
03 contexts- 01
Forward CBRN response
Operates ahead of mounted/dismounted forces to clear chemical hazard zones before troop entry.
- 02
Allied joint operations
STANAG 2103 hazard-zone semantics shared via Lattice; BLIS-D platform appears as a friendly asset to coalition partners on the same catalog.
- 03
Civil-military gas sterilisation (dual-use)
BOXO3 hybrid chamber mode addresses civilian medical-waste and biological gas-sterilisation duty — the same airframe in a dual-use posture.
BLIS-D platform engineering articles are published under the technical-blog track owned by Kang Kyunghwan. See Insights / Engineering when the track activates in Phase 2.