Difference between revisions of "Power Suit"
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| − | The engineers have made another breakthrough. Their solution to the problem of personal armor being shot through by heavy plasma was to make the alloy armor plates thicker. When we pointed out that no soldier could move under the weight of inch-thick alloy plates, they juryrigged one of the small elerium power sources to some motors that lifted the armor as the soldier walked. These new suits can stop 80% of the power of a plasma round on a good day, they estimate. | + | The engineers have made another breakthrough. Their solution to the problem of personal armor being shot through by heavy plasma was to make the alloy armor plates thicker. When we pointed out that no soldier could move under the weight of inch-thick alloy plates, they juryrigged one of the small elerium power sources to some motors that lifted the armor as the soldier walked. These new suits can stop 80% of the power of a plasma round on a good day, they estimate. As a bonus, they are environmentally sealed against smoke and stun gas. |
==Statistics== | ==Statistics== | ||
Revision as of 11:21, 20 October 2005
The engineers have made another breakthrough. Their solution to the problem of personal armor being shot through by heavy plasma was to make the alloy armor plates thicker. When we pointed out that no soldier could move under the weight of inch-thick alloy plates, they juryrigged one of the small elerium power sources to some motors that lifted the armor as the soldier walked. These new suits can stop 80% of the power of a plasma round on a good day, they estimate. As a bonus, they are environmentally sealed against smoke and stun gas.
Statistics
Front 100 Right 80 Left 80 Rear 70 Under 60
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