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Strategies & Market Trends : Taking Advantage of a Sharply Changing Environment
NRG 173.17-3.0%Oct 30 3:59 PM EDT
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To: Woody who wrote (6279)5/26/2025 11:38:28 AM
From: Doug R   of 6313
 
It appears highly unlikely that even a micronova (much less a Carrington or Charlemagne event sized flare...which will come well before the micronova) will affect ammo.
As per Grok -
To ignite a typical small-arms primer (e.g., for a 9mm or .223 cartridge):

  • Voltage: At least 3–10 kV to sustain an arc over a small gap (1–3 mm).

  • Current: 1–10 A, depending on duration.

  • Energy: 10–50 mJ delivered in a short burst (microseconds to milliseconds).

  • Conditions: The arc must directly contact or be very close to the primer, and the cartridge must be in a confined space to ensure proper propellant ignition.
There have been rare cases of electromagnetic interference (EMI) or electrostatic discharge (ESD) causing concerns about ammunition safety, but these are heavily studied in military and industrial contexts. For instance, studies on “Hazards of Electromagnetic Radiation to Ordnance” (HERO) suggest that high-power electrical discharges (e.g., from radar or lightning) could theoretically ignite sensitive explosives, but ammunition is typically shielded to prevent this.
Feasibility
While theoretically possible, using an electrical arc to fire a bullet is impractical compared to mechanical methods. It would require precise alignment, high-energy equipment, and a cartridge designed to allow electrical ignition (e.g., no insulating materials).
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