Flying robot frame: Difference between revisions
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{{:Infobox:Flying robot frame}} | {{:Infobox:Flying robot frame}} | ||
The '''Flying robot frame''' is a high-end component used to build [[ | The '''Flying robot frame''' is a high-end component used to build [[logistic robot|logistic]] and [[construction robot]]s. | ||
Note that while the frame itself can be built by hand, many of its components and subcomponents cannot. [[Battery|Batteries]] require a [[chemical plant]], and [[electric engine unit]]s use [[lubricant]] (from another chemical plant) and [[engine unit]]s (which require [[assembling machine]]s). | |||
== History == | == History == | ||
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{{history|0.9.3| | {{history|0.9.3| | ||
* Introduced}} | * Introduced}} | ||
{{IntermediateNav}} | {{IntermediateNav}} | ||
{{C|Components}} |
Latest revision as of 12:39, 6 February 2018
Flying robot frame |
Recipe |
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Total raw |
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Stack size |
50 |
150 (3 stacks) |
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Prototype type |
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Internal name |
flying-robot-frame |
Required technologies |
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Produced by |
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Consumed by |
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The Flying robot frame is a high-end component used to build logistic and construction robots.
Note that while the frame itself can be built by hand, many of its components and subcomponents cannot. Batteries require a chemical plant, and electric engine units use lubricant (from another chemical plant) and engine units (which require assembling machines).
History
- 0.9.3:
- Introduced