Hinge
Mechanical block information is listed in the table down below.
Mechanical Block | |
Components | Required |
Steel Plate | 6 |
Functional | |
Computer | 2 |
Hack | |
Motor | 4 |
Large Steel Tube | 4 |
Construction Component | 10 |
Steel Plate | 10 |
Info | |
Dimensions (W,H,L) | 1,1,1 |
Mass | 596.4 kg |
Integrity | 2,302 |
Build Time | 16 s |
Max Required Input | 2,000 W |
Max Angle | 90 ° |
Min Angle | -90 ° |
Power Consumer Group | Utility |
Is Airtight | Partially |
PCU Cost | 100 |
Mechanical Block | |
Components | Required |
Steel Plate | 2 |
Functional | |
Computer | 2 |
Hack | |
Motor | 2 |
Large Steel Tube | 1 |
Construction Component | 4 |
Steel Plate | 4 |
Info | |
Dimensions (W,H,L) | 1,1,1 |
Mass | 225.4 kg |
Integrity | 862 |
Build Time | 8 s |
Max Required Input | 2,000 W |
Max Angle | 90 ° |
Min Angle | -90 ° |
Power Consumer Group | Utility |
Is Airtight | Partially |
PCU Cost | 100 |
Overview
The hinge was introduced in the Sparks of the Future update and is somewhat similar to an Advanced Rotor. It allows a sub-grid to be moved linearly (in a ‘bending’ motion as opposed to a ‘rotating’ one with the Rotor or Advanced Rotor) compared to the main grid.
The hinge can transfer Electricity and is also equipped with conveyor ports at both ends to allow items, Oxygen and Hydrogen to pass through.
An outstanding share! I've just forwarded this onto a coworker who had been conducting a little research on this. And…