Downloading signals detected in space is the first step toward extracting blueprints. The process requires ship modules equipped with antennas.
Efficient signal downloading requires a combination of optimal positioning, multiple high-powered antennas operated by a skilled crew, and minimal surrounding interference.
Signals are located by detecting anomalies on the sector map.
Each signal can be identified by its numerical designation. Every signal has a permanent universal ID displayed in [square brackets] after its name.
Downloading is performed using the ship ability “ANTENNA.” From the list of available signals, choose the one that seems most suitable and begin downloading.
During the download process, the ship is difficult to defend, as any nearby station or vessel causes interference with the already weak and hard-to-capture transmissions.
If a signal disappears during the download process, don’t worry — the ship has it stored in memory and will complete the operation.
The antenna’s performance is determined by the astronauts’ “SCIENCE” [S] attribute and whether all scientific workstations within the module are occupied.
If the ship has multiple antennas, their effectiveness is cumulative.
Robots are mechanical and generate interference, so they are not suitable as crew members on a decoding ship.
Example of calculating the effectiveness of an antenna module with three scientific workstations:
| Crew 1 / 3 Members | Crew 2 / 3 Members | Crew 3 / 3 Members | |
|---|---|---|---|
| Average Crew Science | Antenna Range (%) | Antenna Range (%) | Antenna Range (%) |
1 |
|||
9 |
|||
17 |
|||
25 |
|||
32 |
|||
40 |
|||
48 |
|||
56 |
|||
64 |
|||
72 |
|||
79 |
|||
87 |
|||
95 |
|||
103 |
|||
111 |
|||
119 |
|||
126 |
|||
134 |
|||
142 |
|||
150 |
If there are multiple antennas on the ship, their effectiveness is combined.