Sasha Santhe
Majority Share Holder, Santhe Corporation
Intent: Expanding upon a standard canon sensor
Development Thread: If needed
Manufacturer: Santhe/Sienar Technologies
Model: MAD-51
Affiliation: Available through contracts with Santhe
Modularity: No
Production: Mass-Produced
Material: Durasteel and other standard components
Description: The Magnetic Anomaly Detector 51 or MAD-51 is a starship sensor which reads the tiny anomalies in magnetic fields. In doing so the sensor can find, track and trace a ship, by measuring the effect it has on a magnetic field.
The sensor requires the presence of a magnetic field to be able to track a ship. First of all this may be achieved when near to a planet with a magnetic field*. Alternatively, another ship may generate a magnetic field that can be used as the basis for detection.
There are several inherent weaknesses with this sensor. First of all, the ship carrying the sensor needs to be distant from any clusters of large warships which either disturb the magnetic field, or generate large fields (such as those with powered up hypervelocity cannons). Secondly, vessels with a hull made of materials other than durasteel (and other like components) may not have enough of an effect on a magnetic field to be detectable.
The sensor can detect over reasonably long ranges (relative to a fleet engagement), but cannot be used to sweep over the scale of a system from a single location. A very large number of these sensors would need to be mounted and flown across a system in patterns to detect any weak changes to EM fields. Such a defence would be exceedingly costly compared to other methods of detecting cloaked vessels, and is generally disregarded as a general measure.
*Note: most planets have magnetic fields, it is not fully understood how some planets have these lost/significantly weakened.
Sources: 1. 2. 3.
Development Thread: If needed
Manufacturer: Santhe/Sienar Technologies
Model: MAD-51
Affiliation: Available through contracts with Santhe
Modularity: No
Production: Mass-Produced
Material: Durasteel and other standard components
Description: The Magnetic Anomaly Detector 51 or MAD-51 is a starship sensor which reads the tiny anomalies in magnetic fields. In doing so the sensor can find, track and trace a ship, by measuring the effect it has on a magnetic field.
The sensor requires the presence of a magnetic field to be able to track a ship. First of all this may be achieved when near to a planet with a magnetic field*. Alternatively, another ship may generate a magnetic field that can be used as the basis for detection.
There are several inherent weaknesses with this sensor. First of all, the ship carrying the sensor needs to be distant from any clusters of large warships which either disturb the magnetic field, or generate large fields (such as those with powered up hypervelocity cannons). Secondly, vessels with a hull made of materials other than durasteel (and other like components) may not have enough of an effect on a magnetic field to be detectable.
The sensor can detect over reasonably long ranges (relative to a fleet engagement), but cannot be used to sweep over the scale of a system from a single location. A very large number of these sensors would need to be mounted and flown across a system in patterns to detect any weak changes to EM fields. Such a defence would be exceedingly costly compared to other methods of detecting cloaked vessels, and is generally disregarded as a general measure.
*Note: most planets have magnetic fields, it is not fully understood how some planets have these lost/significantly weakened.
Sources: 1. 2. 3.