Mercury Overview and Statistics: Difference between revisions

added Communications section
(added propulsion section)
(added Communications section)
Line 1: Line 1:
{{Mercury}}
{{Mercury}}


The Oracle class starship has been designed to be on the cutting edge of scientific research and exploration, and is equipped to handle extended missions without the need to return to starbase for refuel or repair. The ventral section of the hull is host to a large sensor module, the next step in the evolution of the Nebula-class sensor sail, which has been designed with a highly sensitive transpectral array for maximum sensitivity across a range of specifications. In many ways, this new sensor system, the Oracle array, was the focus of the ship’s design, making the Oracle class starship ideal for gathering and processing data on spatial anomalies, stellar cartography, and further in-depth scans of previously discovered worlds.
The Oracle class starship has been designed to be on the cutting edge of scientific research and exploration, and is equipped to handle extended missions without the need to return to starbase for refuel or repair. The ventral section of the hull is host to a large sensor module, the next step in the evolution of the Nebula-class sensor sail, which has been designed with a highly sensitive transpectral array for maximum sensitivity across a range of specifications. In many ways, this new sensor system was the focus of the ship’s design, making the Oracle class starship ideal for gathering and processing data on spatial anomalies, stellar cartography, and further in-depth scans of previously discovered worlds.
In the current galactic political climate, however, the sensitivity of the Oracle array has not gone unnoticed by Starfleet’s Security and Intelligence departments. Enhanced range and clarity of sensor data provides an opportunity for an early-warning system in sensitive sectors, as well as the ideal scouting platform during emergency situations and inter-species conflicts. However, this is very much a secondary concern, and the Oracle class is built purely as a science vessel with limited offensive capabilities. Its six type-IX phasers are nothing more than standard issue, and the class is limited to two torpedo tubes, one fore and one aft, primarily designed for the launching of probes.
In the current galactic political climate, however, the sensitivity of the Oracle's sensor systems has not gone unnoticed by Starfleet’s Security and Intelligence departments. Enhanced range and clarity of sensor data provides an opportunity for an early-warning system in sensitive sectors, as well as the ideal scouting platform during emergency situations and inter-species conflicts. However, this is very much a secondary concern, and the Oracle class is built purely as a science vessel with limited offensive capabilities. Its six type-IX phasers are nothing more than standard issue, and the class is limited to two torpedo tubes, one fore and one aft, primarily designed for the launching of probes.


=Mission Objectives=
=Mission Objectives=
Line 84: Line 84:
* Output: Each thruster quad can produce 3.9 million Newtons of exhaust.
* Output: Each thruster quad can produce 3.9 million Newtons of exhaust.


=Communications=
* Standard Communications Range: 30,000 - 90,000 kilometers
* Standard Data Transmission Speed: 18.5 kiloquads per second
* Subspace Communications Speed: Warp 9.9997


[[Category:USS Mercury|O]]
[[Category:USS Mercury|O]]
inactive
2,687

edits