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FBK-GND-002 / Component 19 of 21

Overhaul and Reignition Robot

Compact robot for post-flame overhaul, debris movement, cavity inspection, hot-spot treatment and reignition patrol.

Frontier / DevelopableControlled by SUST-FIRE-AUTO-008Detailed ARCH: SUST-FIRE-COMP-GND-002
Overhaul and Reignition Robot original concept visualization
Operating Concept

How it fits the response loop

The rover scans, turns debris with an insulated manipulator, samples gas and acoustic cavities, applies a local mist and records the verified cool-down state for human review.

Mission Family

Aircraft & Ground Robotics

This component is one element of a larger human-commanded response architecture. Its public role is bounded by verified inputs, authorized action, safe fallback, and post-event confirmation.

Open mission family →
Preliminary Functional Breakdown

Six public-safe architecture layers

These are functional blocks—not a procurement bill of materials, manufacturing drawing, or construction specification.

01

Compact tracked chassis

Access through burned terrain and structures

02

Insulated articulated manipulator

Debris movement and cavity access

03

Rake/lifting claw

Overhaul tool exchange

04

Piercing water-mist lance

Local treatment of concealed heat

05

EO/IR, gas and acoustic sensors

Multi-mode hot-spot verification

06

Hose reel/removable tank and controls

Flexible supply and remote operation

Primary Interfaces

What it must connect to

  • Deep subsurface system
  • Operations Twin
  • water supply
  • structural-collapse exclusion zones
  • human remote operator.
Verification Focus

What must be proved

  • Thermal localization, manipulator loads, stability, hose drag, communications, visibility, decontamination and reignition detection.
Public Release Boundary

Concept visualization, not achieved performance

This page does not publish dimensions, formulas, agent compositions, control thresholds, source code, fabrication drawings, site-specific operating procedures, or certification claims. Any future implementation requires prior-art review, engineering analysis, hazard assessment, environmental qualification, human-factors review, independent testing, and approval by the relevant authorities.