Ship Damage Reports

Subspace Network Reports
11

SHIP NAME

U.S.S. Heimdall

COMMANDING OFFICER

CAPT Tyrstoc

MISSION

Operation Edelweiss Briefing

STATUS
Non-Operational

SYSTEMS

System Status Damage
Offensive Damaged Main phaser EPS manifold fused
Defensive Offline Shield emmitters inoperative, dorsal saucer section hull plating penetrated, port-side secondary hull plating compromised
Impulse Online Impulse drive field-repaired, efficiency down 40%
Warp Damaged Warp nacelles damaged, port nacelle offline
Sensors Damaged Secondary deflector offline, EPS flow to main deflector disrupted, long-range sensors inoperative
Computer Online No damage reported
Communications Online EPS flow disrupted
Hull Integrity Unstable Multiple hull breaches sustained, major breach to dorsal starboard-side saucer section, minor breaches to forward saucer section and port-side secondary hull

Decks

  • Deck 5, 6, 13: Evacuated
  • Deck 2, 4, 7, 10, 14, 23: Major Damage Sustained
  • Deck 1, 3, 12, 15, 24, 27, 28: Moderate Damage Sustained

CREW

  • KIA: 13
  • MIA: 0
  • WIA: 39
  • Refugees: 0
  • Prisoners: 0

NOTES The Heimdall sustained a direct hit from a Romulan plasma torpedo in opening engagements, and subsequent significant damage while executing a flanking offensive maneuver in conjunction with U.S.S. Pegasus as ordered. Ship remained combat capable at this time. Further command decision to remain on the forward combat line resulted in exposure to overwhelming force while attempting to break through the final wave of Star Navy heavy vessels.

Heimdall’s EPS grid still appears unstable after noted failures early in the Romulan conflict, theorized to be partially resulting from design flaws in the vessel class’ high-throughput system, and possibly magnified by the nature of Romulan plasma weaponry. Energy weapon and shield systems in particular appear to place greater-than-average strain on the conduit network, a drawback of higher available energy output and greater rerouting speed.

Shortened time-frame repairs at improvised facilities within the Fvillhaih system, after substantial damage sustained during fleet action in the capture of that system, likely contributed to ship operating at lower efficiency during Operation Edelweiss. This is indicated by evidence of stress failure to ship systems previously damaged at Fvillhaih.

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