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Manufacturing Logic & Economics

PROTOCOL: Open Hardware Cost Transparency

1. Cost Structure (Bill of Materials)

The system is designed around a constrained bill of materials prioritizing enclosure rigidity, amplifier headroom, and power delivery stability.

  • Estimated Build Cost: ~$250–$350 USD depending on driver and battery configuration
  • Primary Cost Drivers: enclosure material, amplification stage, and battery system
  • Design Constraint: budget allocation prioritizes mechanical and electrical headroom over cosmetic finishing

2. Performance Positioning (Relative Comparison)

The design is positioned in the high-output portable loudspeaker category. Performance should be evaluated using measurable metrics:

  • Maximum SPL before distortion onset
  • Frequency response consistency under load
  • Compression behavior at high input levels
  • Directivity and throw consistency

Comparative references include commercial portable PA systems in the $900+ range, though equivalence requires measurement validation.

3. Open Hardware Strategy

  • Released under CERN-OHL-S open hardware license
  • Design intent is reproducibility and independent validation
  • Manufacturing is feasible with standard woodworking and electronics tooling
Design Intent (Non-Economic Layer):

This system explores the relationship between enclosure rigidity, amplifier headroom, and perceived dynamic clarity in high-output portable loudspeaker systems. Claims of superiority require independent measurement validation and should not be interpreted as universal.

SOVEREIGN THROW NODE // FILE: MANUFACTURING_LOGIC.md