Design Report Guided Missile Submarine SSG(X) - AOE - Virginia ...
Design Report Guided Missile Submarine SSG(X) - AOE - Virginia ...
Design Report Guided Missile Submarine SSG(X) - AOE - Virginia ...
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<strong>SSG</strong>(X) <strong>Design</strong> – VT Team 3 Page 22<br />
Figure 15 Shows the Kollmorgen Photonics Mast System (PMP) and its control console. The PMP is the<br />
AN/BVS-1. It is non-hull-penetrating. Its sensors include infrared (IR), black and white (B&W), color; various<br />
modules can be mounted on the PMP to customize radio sensing capabilities. It is capable of depluming, RAS, and<br />
thermal signature control. The PMP uses a rotary seal and pressure compensation for rotation.<br />
Figure 15 - Kollmorgen PMP and Control Center [Kollmorgen]<br />
The Sea Sentry is an Unmanned Aerial Vehicle that launches from a canister in the sail and performs ISR. The<br />
wing and tail are folded against the fuselage during storage in the canister and extend to full span during launch.<br />
Figure 16 shows the sea sentry in flight and Figure 17 illustrates launch.<br />
Figure 16 - Sea Sentry in flight [Kollmorgen]<br />
Figure 17 - Launch of Sea Sentry [Kollmorgen]<br />
In typical sail arrangements, the radar is located in the forward section and the snorkel is far aft. Masts and<br />
communications equipment are placed between these components. Towed arrays are attached to the trailing edge of<br />
the sail. There is generally space left available for the addition of equipment over the life of the submarine. Figure<br />
18 shows arrangements for four sail configurations – the 688, 688I, <strong>Virginia</strong> Class, and SSN 21.