Вал ротора турбины (усиленный)

The Rotor is the most important component of your Turbine, as its design will have a direct impact on the energy production of the Turbine.

A Rotor is built using four types of blocks:
• a single Rotor Bearing
• some Rotor Shaft blocks
• a number of Rotor Blades
• a single Housing block.

Building the Rotor

The Rotor can be build following any of the three axis (X, Y, or Z) of the Turbine.

The first block of your Rotor mush be a Rotor Bearing placed on one face of the Turbine, usually in the middle.

Starting from the bearing, place down as many Rotor Shaft blocks as needed to reach the opposite face of the Turbine where it should meet a Housing there.

After the shaft is complete, it's time to place some Rotor Blades down. They can be placed in any position that is perpendicular, and adjacent, to a Rotor Shaft or next to an already placed blade.

Your Rotor can have as many blades as you like, in any combination.
However, it's important to note that the number of blades, along with their vapor capacity, has a direct relation to the Rotor speed.

The Rotor Shaft is the main component of the Turbine Rotor

The Rotor Shaft blocks must be placed one after the other inside the Turbine and must encompass its entire length, starting from the Rotor Bearing and ending against a Housing block on the other side.

Mandatory: yes
Valid positions: inside the Turbine
Variants: all
Graphical interface: no