Short-Range FPV Drone Ferric Dust Neutralization System

Project Overview

Development of a proof-of-concept short-range counter-drone system utilizing iron dust/powder projectiles to disable FPV drones through motor seizure via Foreign Object Damage (FOD). The system exploits magnetic attraction between iron particles and motor magnets to cause motor failure and UAV crash.

Technical Approach

Primary Mechanism: High-pressure launch system delivering iron dust/powder payload to interfere with drone motor magnets, causing:

  • Particle attraction to motor magnets
  • Motor seizure and overheating
  • Complete motor failure and UAV crash

Form Factor: Pneumatic/compressed air launcher similar to:

  • Confetti cannon design
  • Potato gun configuration
  • High-PSI tube-based delivery system

Deliverables

1. Working Prototype Demonstration

  • Video documentation showing:
    • Small FPV drone OR isolated motor operating at high RPM
    • Successful deployment of iron powder cannon
    • Motor stoppage/failure
    • Clear before/after functionality comparison

2. Technical Documentation

  • Complete Bill of Materials (BOM) with:
    • All components and quantities
    • Sourcing information
    • Cost breakdown
  • Step-by-step reproduction guide including:
    • Assembly instructions
    • Safety precautions
    • Operating procedures
    • Testing methodology

3. General Approach Approval

  • Initial design concept and methodology must be approved before proceeding with full development

Budget & Resources

  • Development Fee: 10,000 UAH
  • Materials: Separate reimbursement (actual costs)
  • Total Project Budget: 10,000 UAH + materials costs

Success Criteria

  • Demonstrable motor failure when struck by iron powder payload
  • Reproducible results with documented methodology
  • Safe, practical form factor for field deployment consideration
  • Complete documentation enabling third-party reproduction

Project Constraints

  • Short-range engagement distance
  • Proof-of-concept phase (not production-ready system)
  • Safety considerations for high-pressure system operation

Next Steps

  1. Submit general approach and design concept for approval
  2. Upon approval, procure materials
  3. Develop and test prototype
  4. Document results and create deliverables
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