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In Endfield, we aspire to assist mankind create a better future, making the tools needed to accomplish our mission.
FAQ
How does the AIC maintain stability in high-density Blight zones?
The AIC is designed with redundant shielding specifically for Talos-II’s hostile environment. When deployed in zones with high Blight activity or active corrosion storms, the Protocol Anchor Core (PAC) automatically diverts up to 15% of total power output to generate a localized repulsion field.
Can I manually override the Protocol Anchor Core (PAC) if the automated logic fails?
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What is the maximum effective range for wireless power transmission via Relay Towers?
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Are standard-issue Conveyor Belts resistant to Originium corrosion?
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Why does the AIC require a "cooling off" period after fabricating complex Originium circuitry?
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Does the AIC Blueprint system support non-Endfield proprietary schematics?
Officially, Endfield Industries only guarantees the stability of Standard Protocol Blueprints issued directly from the Engineering Department. These layouts are pre-optimized for power consumption and logistical flow.
What happens to my production line if the local Relay Tower is destroyed by Aggregators?
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Is it possible to daisy-chain multiple processing units without losing throughput efficiency?
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