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By AARON SKETCHLEY (aaronsketch@HOTdelete_thisMAIL.com) | Ver 1.3 2016.04.06 |
Missiles FCS 40's |
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Table Of Contents | |
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Main Missiles Resource and FCS Description
Aircraft that Use this FCS Micro-missiles Medium Range Missiles |
Anti-Ship Missiles
Bombs Special (fuel tanks, ECM pods, etc.) |
Aircraft That Use This FCS |
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Aircraft: SB-10 Starwing, Target Drone, QF-4000 Ghost, Sound Booster No. 1/2/3
Variable Vehicles: VF-1X, VA-3, VB-6, VF-9, VF-11, VF-14, VF-17, VF-171, VF-19, VF-22, Variable Guraaji
Micro-missiles |
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Name/Type | MD & Radius | Speed | Range | MDC | Particulars |
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Bifors HMM-01 | 1D10x10 to 3.63 m | Mach 1.47 | 6 km | 2 |
All-purpose IR-guided. From the VF-1.
Missiles are roughly twice the size of the standard micro-missiles (only half as many can be loaded if it's not standard for the Valkyrie launcher) |
Hughes HMM-18 | 1D8x10 to 3 m | Mach 1.41 | 5.5 km | 1 | General purpose from the VF-11. |
Hughes HMMM-Mk 6 | 1D12x10 to 1 m | Mach 2.02 | 4.5 km | 1 | High-speed armor-penetrating micro-missile for the Full Armour VF-11. Must hit to damage aircraft. Automatic critical hit against armour. |
Hughes HMM-20(e) S-package | 1D8x10 to 3 m | Mach 1.62 | 2 km | 1 | General-purpose micro-missile from the VF-19. |
Hughes HMM-20(e) L-package | 1D10x10 to 3.5 m | Mach 1.62 | 5 km | 1 | General-purpose enhanced micro-missile from the VF-19. |
Bifors BMM-24 High-Maneuverability | 1D6x10 to 3 m | Mach 1.82 | 2.5 km | 1 | All-environment High-Maneuverability Cluster Micro-missile for the YF-19, VF-22, etc.. |
Erlikon GH-32 Grenade Crusher | 1D8x10 to 3.3 m | Mach 1.72 | 5.44 km | 2 | All-purpose IR-guided. 28 cm diameter. High-manueverability nozzels mounted on the nose. [Only] for the GBP-1S. |
Erlikon GH-35 Cluster Missile | 1D6x10 to 1.81 m | Mach 1.46 | 3.63 km | 1 | All-purpose IR-guided. [Only] for the GBP-1S. |
Erlikon GA-100 Crusher | 2D8x10 to 1.21 m | Mach 2.22 | 4.84 km | 2 | High-Speed Armor-Penetrating IR guided. [Only] for the GBP-1S. Automatic critical hit against armour. |
Little Rock High-Maneuverability | 1D6x10 to 3 m | Mach 1.62 | 5 km | 2 |
For the VF-11MAXL Kai, VF-19 Kai.
Missiles are roughly twice the size of the standard micro-missiles (only half as many can be loaded if it's not standard for the Valkyrie launcher) |
All-Purpose | 1D6x10 to 3.63 m | Mach 1.22 | 1.21 km | 1 | Balanced but not particularly effective against anything. +1 strike |
Anti-Aircraft | 1D8x10 to 5.44 m | Mach 2.20 | 3.63 km | 1 | Proximity fuse detonates. Defeats target via fragmentation. Half damage vs. armoured targets. +2 strike |
Anti-Armour | 1D10x10+10 to 1.21 m | Mach 2.20 | 1.21 km | 1 | Automatic critical hit against armour. +2 strike |
Fire Retardant / Knock-Out Gas / Smoke / Tear Gas | None (cloud affects to 7.26 m) | Mach 1.22 | 1.21 km | 1 | Glorified mortar round. "Dumb" warhead. +0 strike |
Plasma/Napalm | 1D6x10+10 to 3.63 m | Mach 1.95 | 1.86 km | 1 | Burns for 1D4 melees. Damage is 1/2 to all non-fleshy targets remaining in the area of effect. +10 damage only for initial impact. Ineffective outside of an atmosphere. +1 strike |
Micro-missile Launcher Pods |
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Name/Type | Missile Type | Rate of Fire | Payload | Description |
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UUM-7 Micro-Missile Launcher | Bifors HMM-01 | 1 to 5 missiles per pod | 15 per pod | From the VF-1. Must always be mounted in opposing pairs. Not designed for reentry. |
UUM-9 Micro-Missile Launcher | Hughes HMMM-8 | 1 to 8 missiles per pod | 32 per pod | From the VF-19 (VF-11). Must always be mounted in opposing pairs. Aerodynamic and stealthy (negligible degradation of a Valkyrie's passive stealthiness). The pods can survive reentry but aren't recommended to be put under those stresses. |
Medium Range Missiles |
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Name/Type | MD & Radius | Speed | Range | MDC | Max per hardpoint | Particulars |
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AMM-1 Hybrid | 2D12x10+40 to 10.89 m | Mach 2.22 | 72.6 km | 5 | 3 | From the VF-1. Combined Sensor guided. Multi-purpose medium-warhead missile. Has four stabilizers which extend during launch, in addition to nose mounted veneer jets. 3 attacks. |
AAM-01S Medium Missile | 5D6x10+30 to 9.9 m | Mach 2.34 | 96.8 km | 10 | 3 | From the VF-14. Multi-purpose missile with vectored thrust and manuevering jets. 4 attacks. |
CHM-2 High Speed Manueverable Missile | 6D6x10 to 6 m (or 6 x 6 m) | Mach 2.02 | 50 km | 10 | 1 | From the VF-19, for atmospheric use. Guided high-speed, thrust-vectored, winged anti-air cluster missile. Launching doesn't interfere with active stealth. In the termination phase, the missile fires a cluster of smaller missiles to swarm the target. (The VF-19A/B/C/D models have 6 hardpoints for this missile.) |
SACHM-2 High Speed Manueverable Missile | 3D12x10+40 to 30 m | Mach 2.02 | 45 km | 10 | 1 | Air-to-ground version of the CHM-2. Guided high-speed, thrust-vectored winged anti-ground missile. Launching doesn't interfere with active stealth. (The VF-19A/B/C/D models have 6 hardpoints for this missile.) |
AIM-4 Agile Falcon | 3D10x10+20 to 15 m | Mach 2.98 | 75 km | 10 | 1 | Air to air missile from the VF-19. Semi-active radar and infared guided air-to-air missile. 3 attacks. |
AMM-7 Sparrow V | 3D10x10 to 9 m | Mach 3.97 | 50 km | 10 | 2 | All regime missile from the VF-19. Semi-active radar guided air-to-air missile. 3 attacks. |
AOM-8S Two-stage Interception Missile | 2D12x10 to 12 m | Mach 3.97 | 150 km | 10 | 2 | From the VF-19 for atmospheric to above satellite orbit use. Guided anti-air missile. 4 attacks. (The VF-19A/B/C/D models have 8 hardpoints for this missile). |
HMM-111CS High-maneuverability Missile | 5D6x10 to 15 m | Mach 3.97 | 300 km | 15 | 1 | From the VF-19. All-Environment cruise and stealth missile. |
Semi-conformal Long Range Missile | 6D6x10 to 14.76 m | Mach 2.22 | 96.8 km | 10 | 1 | From the VF-4. Combined Sensor guided. Multi-purpose anti-air anti-spaceship missile. Various warhead types. 4 attacks. |
All-Purpose | 3D6x10+10 to 10.89 m | Mach 1.95 | 48.4 km | 10 | 3 | Balanced but not particularly effective against anything. 2 attacks, +2 to strike. |
Anti-Aircraft | 4D6x10 to 18.11 m | Mach 2.20 | 66.5 km | 10 | 3 | Proximity fuse detonates. Defeats target via fragmentation. 1/2 damage vs. armoured targets.
2 attacks, +2 to strike. |
Anti-Armour | 5D4x10+20 to 5.44 m | Mach 2.20 | 30.25 km | 10 | 3 | Automatic critical hit against armour.
2 attacks, +2 to strike. |
Plasma/Napalm | 3D6x10+10 to 18.11 m | Mach 1.78 | 30.25 km | 10 | 3 | Burns for 1D4 melees. Damage is 1/2 to all non-fleshy targets remaining in the area of effect. +10 damage only for initial impact. Ineffective outside of an atmosphere. 2 attacks, +2 to strike. |
Anti-Ship Missiles |
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Reaction Weapon Missiles |
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Name/Type | MD & Radius | Range | Speed | MDC | Max per hardpoint | Particulars |
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RMS-4 Anti-Ship Reaction Missile | see below | 200 km | Mach 2.40 | 50 | 1 | Radar/TV & AI-guided |
RMS-5 Large Anti-ship Reaction Missile | see below | 250 km | Mach 3.24 | 50 | 1 | Radar/TV & AI-guided. The missiles have advanced tracking and avoidance systems. The missiles will always strike the center (or main body) of their target. For the VF-19 (can carry a maximum of 2 per wing). 1 per hardpoint, for a maximum of 2 (maximum of 4 on the VF-25, though it renders the 3rd wing hardpoint unusuable). |
RMS-6 Anti-ship Reaction Missile | see below | 300 km | Mach 3.64 | 50 | 1 | Radar/TV & AI-guided. The missiles have advanced tracking and avoidance systems. The missiles will always strike the center (or main body) of their target. |
Size | 0 m to 750 m | to 1,500 m | to 2,150 m | to 2,900 m | to 3,650 m | to 4,400 m | to 5,150 m | to 5,900 m | to 6,650 m |
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RMS-4 | 3D6x10,000 | 3D6x1,000 | 3D6x100 | 3D6x10 | 3D6 | 3D6x100 S.D.
(able to do M.D.) |
3D6x10 S.D. | 3D6 S.D. | 3D6x-10 S.D. |
RMS-5 | 3D8x10,000 | 3D8x1,000 | 3D8x100 | 3D8x10 | 3D8 | 3D8x100 S.D.
(able to do M.D.) |
3D8x10 S.D. | 3D8 S.D. | 3D8x-10 S.D. |
RMS-6 | 4D6x10,000 | 4D6x1,000 | 4D6x100 | 4D6x10 | 4D6 | 4D6x100 S.D.
(able to do M.D.) |
4D6x10 S.D. | 4D6 S.D. | 4D6x-10 S.D. |
Other Large Anti-Ship Missiles |
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Name/Type | MD & Radius | Speed | Range | MDC | Max per hardpoint | Particulars |
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ASM-5 Anti-ship Missile | 1D20x100 to 60 m | Mach 1.01 | 200 km | 10 | 1 | All regime missile from the VF-19. Radar guided anti-ship missile. 4 attacks, +5 to strike. 1 per hardpoint. |
Anti-Armour/Bunker Buster | 1D10x100 to 10 m | Mach 2.83 | 800 km | 20 | 1 | Maddog & Pitbull guided. Must hit to damage aircraft. Automatic critical hit against armour. |
Multi-Purpose | 2D8x100 to 45.5 (15) m | Mach 2.23 | 600 km | 20 | 1 | Maddog & Pitbull guided. Balanced but not particularly effective against anything. Capable of AA, anti-armour and anti-ship/structure uses. |
Multi-Warhead | Special: launches 18 micro-missiles (usually HMM-20) | Mach 1.21 | 500 km | 20 | 1 | Maddog & Pitbull guided. Missile is mostly used in AA attacks and fires it's entire payload of micro-missiles in a single volley; the micro-missiles lock onto any targets in the area. Micro-missiles use the micro-missile stats. |
Napalm | 1D8x100+75 SDC / melee to 90 (20) m | Mach 2.23 | 385 km | 20 | 1 | Maddog & Pitbull guided. Used in anti-personnel (Zentraadi) attacks. Burns for 4D4 melees. 1D4x100 outside of an atmosphere (material contains an oxidizing agent). +75 damage only for initial impact. |
Proton Torpedo | 2D12x100+500 to 30 (25) m | Mach 3.04 | 850 km | 20 | 1 | Maddog & Pitbull guided. Primarily used for "surgical" ground strikes and anti-ship operations, as it doesn't result in long term debilitating radiation affereffects. |
Bombs |
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Variable Fighters (VF):
Vs. stationary targets: Read Sensory Instruments -15% (GBU-12, GBU-10C w/ laser indicator: +15%; GBU-38: +5%)
Vs. moving targets: +0 strike (+2 strike indirectly with the blast radius)
Variable Attackers (VA) & Variable Bombers (VB):
Vs. stationary targets: Read Sensory Instruments +15% (GBU-12, GBU-10C w/ laser indicator: +45%; GBU-38: +35%)
Vs. moving targets: +2 strike (+6 strike indirectly with the blast radius)
Attacker/Fighter Bombs |
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Name/Type | MD & Radius | Range | MDC | Max per hardpoint | Particulars |
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Mk 82 "Snake Eye" | 1D6x10 to 30 m | 5~10 km | 1 | 3 | An unguided, low-drag general-purpose bomb. |
GBU-12 Paveway II | 14.8+ km | A laser-guided bomb with the addition of a nose-mounted laser seeker and fins for guidance. | |||
GBU-24 Paveway III | 19 km | It is precise enough to be able to fly down ventilation shafts into hardened targets, although accuracy is usually dependent on the ability to point the laser correctly rather than the bomb's ability to hit the impact point. | |||
GBU-27 Paveway III "Hammer" | 19 km | A laser-guided bomb with bunker buster capabilities. | |||
GBU-38/B JDAM | 28 km | JDAM-equipped bombs are guided by an integrated inertial guidance system coupled to a Global Positioning System (GPS) receiver. Laser seekers are now being fitted to some JDAMs. | |||
Mk 83 | 4D6x10 to 60 m | 5~10 km | 1 | 3 | Part of the Mark 80 series of low-drag general-purpose bombs. |
GBU-16 Paveway II | 14.8+ km | A laser-guided bomb with laser seeker and wings for guidance. | |||
GBU-32 JDAM | 24 km | JDAM-equipped bombs are guided by an integrated inertial guidance system coupled to a Global Positioning System (GPS) receiver. Laser seekers are now being fitted to some JDAMs. | |||
Mk 84 | 8D12x10 to 120 m | 5~10 km | 5 | 1 | The largest of the Mark 80 series of weapons. It is a commonly used US heavy unguided bomb to be dropped. With a GPS/INS Conversion Kit, it can travel a maximum of 27.8 km. |
GBU-10C Paveway II | 14.8+ km | A laser-guided bomb with laser seeker and wings for guidance. | |||
GBU-31 JDAM | 28 km | JDAM-equipped bombs are guided by an integrated inertial guidance system coupled to a Global Positioning System (GPS) receiver. Laser seekers are now being fitted to some JDAMs. |
Large Bombs |
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Name/Type | MD & Radius | Range | MDC | Max per hardpoint | Particulars |
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Mark 77 Incendiary Bomb | 1D6x100 SDC / melee | 5~10 km | 3 | 1 | An air-dropped incendiary bomb 416 L of a fuel gel mix which is the direct successor to napalm. Burns for 4D4 melees. 1D3x100 outside of an atmosphere (the gel contains an oxidizing agent). |
CBU-52 Cluster Bomb | 1D6x10 MD per 10 m by 10 m area | 5~10 km | 3 | 3 | Is loaded with 220 antimaterial, antipersonnel bomblets, that are spread over a 200 m by 400 m area. |
CBU-71 Cluster Bomb Combined Effect Munitions | 1D4x10 MD per 10 m by 10 m area | 5~10 km | 3 | 3 | The CBU-71 is loaded with 650 BLU-68/B incendiary submunitions. The bomblet has two separate kill mechanisms, one fragmentation, the other incendiary. Both incorporate a time delay fuze, which detonates at random times after impact. The bomblets are spread over a 300 m by 500 m area. |
CBU-72 Thermobaric (Fuel/Air Explosive) Bomb | 1D4x100 MD to 100 m. | 5~10 km | 3 | 1 | Very effective against armored vehicles, aircraft parked in the open, bunkers, and minefields. Flattens the entire area of its blast radius. If bomb cannot properly mix explosive with air (due to high winds, etc.) or is used in low air environments, the blast is only 1D10% of the normal amount. Ineffective outside of an atmosphere. |
CBU-87 Cluster Bomb Combined Effect Munitions | 1D4x10 MD per 10 m x 10 m area | 5~10 km | 1 | 3 | It is for attacking soft target areas with detonating bomblets - the BLU-97/B Combined Effects Bomb (CEB) -effective against armor, personnel and material- contains a shaped charge, scored steel casing and zirconium ring for anti-armor, fragmentation and incendiary capability. Its 202 bomblets over a 200 m by 400 m area. |
CBU-89/B Gator | 1D4x10 SD to 3 m (AP) or 1D6x10 MD to 10 m (AT) per mine | 5~10 km | 5 | 1 | The GATOR system provides a means to emplace minefields on the ground rapidly using high-speed tactical aircraft. The minefields are used for area denial, diversion of moving ground forces, or to immobilize targets to supplement other direct attack weapons. It drops 72 anti-tank mines and 22 anti-personnel over a 200 m by 650 m area. When it is used in conjunction with the Wind Corrected Munitions Dispenser guidance tail kit, it become a precision-guided munition designated as CBU-104. |
AGM-154 Joint Standoff Weapon | A: 1D4x10 MD per 10 m x 10 m
C: 8D12x10 to 120 m |
22 (low release) to 130 km (high release) | 5 | 1 | A standardized medium range precision guided weapon, especially for engagement of defended targets from outside the range of standard anti-aircraft defenses.
AGM-154A - launches 145 BLU-97/B Combined Effects Bomb submunitions. See CBU-87. AGM-154C - uses an Imaging Infrared (IIR) terminal seeker with autonomous guidance. Designed to attack hardened targets. |
REACTION WARHEAD BOMBS | see RMS-1 Large Anti-Ship Reaction Missile | 22 (low release) to 130 km (high release) | 20 | 1 | Approximately half the size of an RMS-1 Anti-Ship Missile. They can be remotely detonated or set with a time delay (maximum 60 minutes) to detonate after the launch vehicle has retreated.
Note: variable yield - lower yeilds are possible down to 10% of maximum by reducing the multiplier correspondingly; blast radius is also reduced by the same factor. |
Special |
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Note: non-Electronic Warfare designated craft (E.g.: VE-1) can only operate 2 ECM and ECCM pods at the same time. The FCS of these non-EW craft simply cannot handle more than 2 at the same time.
Optional |
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SSP-8 Propelled Mass Driver Pod
The majority of the main body is filled with shots for the mass driver, with a propulsion motor tacked onto the end. The 100 OTM originating high-density material shots are fired by an electromagnetic shooting mechanism. As the shots are highly magnetic, they are expected to cause a heavy influence on the electrical and magnetic systems of the target being shot at, in addition to the destructive effect, due to the mass of the shots themselves.
Even though the pod can also have stowed rotating stabilizers appended to it, the pod cannot be given maneuverability in outer space. There are cases where the Mass Driver Pods are simultaneously fired for close-defence, while still mounted on the main wings.
Although the pet name "balsam" -that crews of Japanese decent applied to the appearance of the split open mass shots that they saw- didn't become widespread, the Mass Driver Pod was solely called "Popcorn Pack" by by ground crew members.
REFERENCES
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