PropertyValue
rdfs:label
  • MWC-35c "Staccato Lightning" repeating cannon
rdfs:comment
  • [Source] The MWC-35c "Staccato Lightning" repeating cannon was a heavy repeating blaster manufactured by Morellian Weapons Conglomerate. Powered by condensed K-grade conductor cells and cooled by a tankage of R717 refrigerant, the MWC-35c had a capacity of 35,000 rounds when fully charged and had two fire modes: a standard mode which fired at a rapid rate and a secondary mode which was a single-fire power shot. In the standard mode, the MWC-35c's electroscope's smart targeting array took into account the user's position and facing, grouping shots into bursts to maximize hits on specified targets. In the secondary mode, the blaster's lower barrel collected energy into single shots primed by a pump-action foreguard. Both modes drew from the same power source, but yielded different levels of
dcterms:subject
dbkwik:starwars/property/wikiPageUsesTemplate
Affiliation
  • *Galactic Empire **Imperial Military ***Imperial Army *Partisans *Alliance to Restore the Republic **Massassi Group ***Rogue One
DE
  • MWC-35c Repetierkanone#kanon
Name
  • MWC-35c "Staccato Lightning" repeating cannon
Type
Weight
  • 30
PL
  • DziaƂko samopowtarzalne MWC-35c "Stacatto Lightning"
Model
  • MWC-35c
Manufacturer
Capacity
  • 35000
Owners
  • Baze Malbus
abstract
  • [Source] The MWC-35c "Staccato Lightning" repeating cannon was a heavy repeating blaster manufactured by Morellian Weapons Conglomerate. Powered by condensed K-grade conductor cells and cooled by a tankage of R717 refrigerant, the MWC-35c had a capacity of 35,000 rounds when fully charged and had two fire modes: a standard mode which fired at a rapid rate and a secondary mode which was a single-fire power shot. In the standard mode, the MWC-35c's electroscope's smart targeting array took into account the user's position and facing, grouping shots into bursts to maximize hits on specified targets. In the secondary mode, the blaster's lower barrel collected energy into single shots primed by a pump-action foreguard. Both modes drew from the same power source, but yielded different levels of destructive output.
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