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P-1000UMK 'Starburn' Long Range Attack Missile (LRAM)

Generation Information

This section covers the more general information of the Asper MRSAAM missile.

General Stats

Primary Users
Start Date of Production
00850 N.C.C.
Designation Index

Specifications

Weight
7,800 Kg ( Ibs)
Length
12.1 m (39.69 ft)
Diameter (Widest)
1160 mm (45.6 in)
Range (Vacuum Use)
100 AU
Range (Atmospheric Use)
12,000 Km
Speed
Atmosphere
Mach 10 (3.43 KpS)
Vacuum
0.5c
(149,896 Kilometers per Second)

Sensors

DMAESA-Type AESA Radar
(One Unit)
Nose mounted radar system for both passive and active guidance.
ALRT-Type Laser Optic
(One Unit)
LIDAR System for non-radio active sensor operations and for proximity detonation.
HOSTS-Type Electro-Optical Array
(One Unit)
Electro-Optical Sensor System for passive guidance and ECCM Operations.
HEWDRS-Type Radiation Detection and Tracking
(One Unit)
Particle and Waveform detection and tracking system for passive guidance.
Passive Electronic Monitoring Array
(One Unit)
Electronic emissions detection, tracking, and ranging for passive guidance and home on jam functions.

Control and Guidance Systems

MEWb5-24 Processor Sets
(Two Units)
Capabilities
Adaptive Guidance
While capable of direct command guidance from the launching starship, the missile is mostly a fire and forget system. With its myriad of sensor options and large processing power it is capable of adapting to the combat space, switching between various sensor feeds, cross referencing them, and combining images in order to determine the best mode to strike its target.
Swarm Behavior
When launched in groups of three to four or more the missile system is capable of data linking with the other active munitions to form 'swarms' of cooperative weapons. Effectively turning the group into somewhat of a wolfpack for hunting down and destroying targets, they will use cooperative tactics including limiting their active sensor emissions to one weapon.
Active ECM
The missile features an active jamming capacity which can be activated when the missile detects attempts at targeting it, while not as powerful as those found on ships when used in groups such as swarms of missiles it can be quite effective.

Armor and Structure

Structure
The Starburn is a heavy weight missile system with a layered composite cylindrical main body, this composite being composed of alternating layers of Cerrosteel and Decasteel. The inside of the weapon is framed with rings of Ensteel primarily to boost the endurance of the weapon against incoming fire and possible damage as well as maintain its shape during kinetic attacks. The vital parts of the missile such as the drive system, command electronics, and the warhead are encased in Ensteel to further increase the weapon's survivability against intercept attempts.
Armor
20 mm Shell of 979-M Standard Military Grade Plating
-
5 mm Interior Mesh of SV90 Standard Lightweight Shielding
Active Protection
The missile employs a vehicle grade CFA-Type for both direct active protection against all manner of attacks against the torpedo and as a passive secondary protection against exotic energy waveforms that may cause issues with the torpedo's internal workings and electronics. It has a failure point of 1,250 Tj and comes online once the missile has been launched.
Field Refresh Rate
Every 12 Seconds

Communication Data-Links

Sensor Ranges

Effective Sensor Range
Atmosphere
2500 Km
-
Vacuum
30 AU
Maximum Sensor Range
Atmosphere
3500 Km
-
Vacuum
50 AU

Additional Systems

Propulsion

LISTM-Type KHIG-RMZvX-88 800mm Solid Fuel Fusion Jet
(One Unit)
Featuring mechanically and electromagnetically steered exhaust as well as strategically placed plasma RCS blocks the missile has a wide range of maneuverability as well as a flexible output on speed depending on the situation.

Powerplant

Primary Power
Direct radio-thermal energy conversion from the main drives reaction core during flight.
Secondary/Storage Power
CFTB-Type DSAI-VBt4 Thermal Power Cells
(Two Units)
Paired with a 'pack' of Callenite capacitors they provide enough energy at any given time to start the missile's primary drive system as well as operate at least one of its processor cores primarily for system checks.

Warhead

(20.9 Gigatons Nominal Yield for direct KKV Impact - Vacuum Velocity Only)
(1.5 Gigatons Nominal Yield for directional fusion burst - Vacuum Velocity Only)
The standard anti-ship type of the P-1000 consists of a primary kinetic kill warhead with a secondary directional high yield fusion device. The first is a armor piercing high density system relying off the missile's mass and the extremely dense material of the missile's nose cone to pierce into a vessel, the missile typically breaking into multiple pieces and scattering throughout the ship's interior superstructure inflicting casualties, breaching the hull, and generally doing damage. Should the missile's guidance system or launching platform see otherwise the secondary warhead can be detonated at a stand off distance of five hundred kilometers, producing a directional 'duckbill' like arc of thermonuclear blast product (thermal energy, radiation, and plasma) moving at nearly the speed of light. While some bloom is to be expected the primary goal of this attack is to blanket one side of the vessel with a high energy blast front consisting of high energy radiation, high velocity plasma, and other thermonuclear blast products in a concentrated horizontally spreading cone.

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