Autumn-class heavy cruiser: Difference between revisions

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[[File:H4-AutumnHeavyCruisers-Fleet.jpg|thumb|250px|left|Autumn-class cruisers in Earth's low orbit]]
[[File:H4-AutumnHeavyCruisers-Fleet.jpg|thumb|250px|left|Autumn-class cruisers in Earth's low orbit]]
The ''Autumn''-class heavy cruiser is a heavily armored [[capital ship]], striking a balance between mobility, armor, firepower, crew requirements, and ease of manufacturing. Much of these cruisers' resiliency comes from the installation of thick plates of [[titanium-A armor]]. When the cruisers come under fire from [[plasma]] weaponry, the titanium slabs boil off, sparing the internal structure, weapons, and crew from critical damage until it is eroded away. The ''Autumn'' class is built with distinctive armor cowlings protecting the cruiser's powerful [[fusion drive]]s, inspired from costly lessons learned by the [[UNSC Navy]] during the [[Insurrection]].<ref name="wf"/> Naval architects at SinoViet have implemented shield-reinforced armor to this cruiser class.<ref name="en voyage"/> A novel variation of electromagnetic armor, the [[energy shielding]] of the ''Autumn'' class incorporates a distributed array of small shield generators, which are both cheaper and easier to produce than the more advanced shielding technologies implemented on [[Covenant]] [[warship]]s. When the outer titanium hull is damaged, sensors within the armor trigger the nearest shield generator, creating an intense, transient energy shield effect localized solely on the point of impact.<ref name="wf"/>
The ''Autumn''-class heavy cruiser is a well-rounded [[capital ship]], striking a balance between mobility, armor, firepower, crew requirements, and ease of manufacturing. Much of the resiliency these cruisers' display comes from the installation of thick plates of [[Titanium-A armor]]. When the cruisers come under fire from [[plasma]] weaponry, the Titanium slabs boil off, sparing the internal structure, weapons, and crew from critical damage until it is eroded away. The ''Autumn'' class is built with distinctive armor cowlings protecting the cruiser's powerful [[fusion drive]]s, inspired from costly lessons learned by the [[UNSC Navy]] during the [[Insurrection]].<ref name="wf"/> Naval architects at SinoViet have implemented shield-reinforced armor to this cruiser class.<ref name="en voyage"/> A novel variation of electromagnetic armor, the [[energy shielding]] of the ''Autumn'' class incorporates a distributed array of small shield generators, which are both cheaper and easier to produce than the more advanced shielding technologies implemented on [[Covenant]] [[warship]]s. When the outer Titanium hull is damaged, sensors within the armor trigger the nearest shield generator, creating an intense, transient energy shield effect localized solely on the point of impact.<ref name="wf"/>


The ''Autumn'' class also features an advanced and extensive long-range sensory arsenal. Though most tactical systems utilized by the cruisers are similar to those installed on ships constructed in the late-[[Human-Covenant War|Covenant War]], the ''Autumn'' class features reverse-engineered Covenant [[hyperscanner]] detectors, combined with state-of-the-art naval [[UNSC battle network|battle network]] relays located on its dorsal superstructure. Planetary survey sensors and probe launchers, mounted at the front of the ship, deploy microsatellite constellations and drones in support of orbital and ground operations.<ref name="wf"/>
The ''Autumn'' class also features an advanced and extensive long-range sensory arsenal. Though most tactical systems utilized by the cruisers are similar to those installed on ships constructed in the late-[[Human-Covenant War|Covenant War]], the ''Autumn'' class features reverse-engineered Covenant [[hyperscanner]] detectors, combined with state-of-the-art naval [[UNSC battle network|battle network]] relays located on its dorsal superstructure. Planetary survey sensors and probe launchers, mounted at the front of the ship, deploy microsatellite constellations and drones in support of orbital and ground operations.<ref name="wf"/>
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