About: Ripper Blades   Sponge Permalink

An Entity of Type : owl:Thing, within Data Space : 134.155.108.49:8890 associated with source dataset(s)

These blades are rather common and inexpensive compared to other ammunition types. It emits a purple glow when not collected, similar to Power Nodes. They are very abundant in Dead Space, but rarer in Dead Space 2. In Dead Space the blades are first found (as well as the schematic for the disc's) during Chapter 3 on the Engineering Deck. They are normally found in boxes of four (refer to image) which fills half of the Disc Ripper's magazine.

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rdfs:label
  • Ripper Blades
rdfs:comment
  • These blades are rather common and inexpensive compared to other ammunition types. It emits a purple glow when not collected, similar to Power Nodes. They are very abundant in Dead Space, but rarer in Dead Space 2. In Dead Space the blades are first found (as well as the schematic for the disc's) during Chapter 3 on the Engineering Deck. They are normally found in boxes of four (refer to image) which fills half of the Disc Ripper's magazine.
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dbkwik:dead-space/...iPageUsesTemplate
dbkwik:deadspace/p...iPageUsesTemplate
abstract
  • These blades are rather common and inexpensive compared to other ammunition types. It emits a purple glow when not collected, similar to Power Nodes. They are very abundant in Dead Space, but rarer in Dead Space 2. In Dead Space the blades are first found (as well as the schematic for the disc's) during Chapter 3 on the Engineering Deck. They are normally found in boxes of four (refer to image) which fills half of the Disc Ripper's magazine. The most notable feature about the blades, however, is their ability to remain locked in position, yet move freely on a horizontal axis. Whether or not a form of kinesis is used is yet to be stated although a purple kinesis style electricity is shown to connect the blade to the tool. One major inconsistency is the propulsion of the blades; whilst they appear to shatter after a certain period of cutting, how they remain spinning at a constant speed (whilst cutting through resistant mineral or tissue) when suspended and without propulsion is a mystery.
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