NEW Story: Moron
Mantle-class Ballistic Missile Submarine
Mantle-class Ballistic Missile Submarine | |
---|---|
Class | Mantle-class |
Type | Ballistic Missile Submarine (SSBN) |
Built | 2054-present |
Home Station | N.S. Oslola |
Crew | 140 |
Displacement | 18,000 tons (submerged) |
Length | 170 meters |
Speed | 30 knots (submerged) |
No. in service | 6 |
The Mantle-class Ballistic Missile Submarine is a class of submarine of the Maritime Service of the Marine Services of Vekllei. The class was designed to serve as a strategic deterrent, capable of launching nuclear-armed ballistic missiles from underwater and ensuring Vekllei’s second-strike capability. With a submerged displacement of 18,000 tons and a length of 170 meters, the Mantle-class is the largest Vekllei submarine and is a cornerstone of its nuclear deterrent. Its home station is Naval Station Oslola.
Powered by the same NMPR hydromagnetic propulsion system as the smaller Capricorn-class attack submarine, the Mantle-class can operate at submerged speeds of up to 30 knots. Its reactor allows it to remain submerged for extended periods, offering considerable operational flexibility and stealth in global patrol areas. A crew of 140 operates the submarine, including specialists in missile systems, nuclear operations, and submarine warfare.
The submarineβs primary armament consists of 10 vertical launch tubes capable of firing No. 2 Oceanic ballistic missiles, each of which can be fitted with multiple independently targetable reentry vehicles (MIRVs). These missiles give the Mantle-class significant strike range and capability.
In addition to its missile armament, the Mantle-class is equipped with No. 8 Orca heavy torpedoes in four tubes, enabling it to engage hostile submarines or surface ships if necessary. The vessel also carries advanced sonar and countermeasure systems to evade detection and attacks.
The Mantle-class SSBN is designed for long-duration patrols, operating undetected in the Atlantic (and elsewhere) while remaining a potent nuclear deterrent. Its role is primarily strategic, ensuring that retaliatory nuclear strikes remain possible in the event of an initial attack.