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American Commonwealth General Movements and Actions


MostGloriousLeader

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After numerous delays and budget overruns the American Commonwealth's naval construction program has finally begun to produce results. Three Cumberland class corvettes (ACNS Cumberland, ACNS Erie, ACNS York) and two Ticonderoga class cruisers (ACNS Ticonderoga, ACNS Yorktown) were completed and commissioned in an elaborate ceremony at the Norfolk Naval Shipyard marking the true birth of the Commonwealth's navy. All ships will be conducting shakedown cruises in the Atlantic over the next two weeks. In addition to this one squadron of six Pegasus II class Hydrofoil attack boats was constructed and transferred to the Erie Naval Station in Erie, Pennsylvania.

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[quote][font="Courier New"][size="5"][u][b]Commonwealth Air Defense Enhancement Program[/b][/u][/size]
Analysis of the West Virginia-Carolina war has shed light on some glaring deficiencies in the capabilities of the armed forces of the American Commonwealth, specifically the lack of assets able to engage aircraft at altitudes greater than 60,000 feet as. West Virginian aircraft demonstrated the capability of reaching altitudes of 80-90,000 feet which is barely withing the range envelope of the MIM-104 Patriot missile system. Immediate action must be taken to rectify this issue.

[u][b]Early Warning and Tracking Systems[/b][/u]
All current ground based radar systems are in the process of being converted over to AESA radars with multistatic detection capabilities. New air threats are now putting more emphasis on stealth and a detection system capable of spotting such aircraft is essential to maintain control of the Commonwealth's airspace in times of conflict. Fixed radar installations will be upgraded along with mobile ground based radar systems which will be able to complement each other and be able to relay their data to air defense forces.

[u][b]MIM-110 Eagle Claw EMDS[/b][/u]
A new SAM has been developed by the Hershey Aerospace Division for use in the heavy SAM role, the MIM-110 Eagle Claw Enhanced Missile Defense System. Combining the tracking and networking capabilities of the Patriot missile system and a new surface to air missile based on the S-300 we have created a air defense system that can more than handle threats posed by high flying/high supersonic aircraft. With a range of 250 km, an effective engagement ceiling of over 40 km and a top speed of Mach 6 it is capable of effective defense against threats from any altitude. It can also provide defense against cruise missiles and possesses some ABM capabilities against short and medium range ballistic missiles. The missile uses SARH guidance with a backup infra-red guidance option and even an anti-radiation capability. Variants are under development that also have active radar homing guidance.

The MIM-110 was designed to be a modular and highly mobile system and most of its equipment is able to be mounted on a variety of platforms including trailers and purpose made variants of the M1 Abrams chassis. The radar and tracking system used is the new AN/MPQ-55 AESA Radar system which is an marked improvement over the PESA system used by the Patriot. Each system is capable of tracking 100 targets and can engage up to 24 at a time.

[u][b]F-21 Rapier II[/b][/u]
The American Commonwealth Air Force lacks aircraft capable of reaching anywhere above 65,000 feet and that is something that needs to change. The F-21 is an enhanced and modernized version of the XF-108 fighter creating an very capable high altitude fighter aircraft. Although a bit larger than the original Rapier design an improved and redesigned engine allows it to maintain it's high performance speed and altitude even with the small size increase. Equipped with an AESA radar system with an IRTS, a modernized electronic suite and enhanced flight systems it is more capable than its predecessor. It is slated to receive the new AIM-55 Phoenix II long range air to air missile and will be capable of using other missiles as well. Weapons are carried in an internal bay and is capable of accommodating up to four missiles or bombs. Current plans are to replace 10 F-15 squadrons with this aircraft which is being put into production immediately by Hershey Aerospace.


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[u][b]Air Force Procurement Assessment[/b][/u]
The American Commonwealth Air Force has received it's first deliveries of the F-22A Raptor as a replacement for the F-15C/D Eagle currently used as it's primary air superiority fighter. A total of 312 F-22s have been ordered by the Air Force. All F-15C/D Eagles will be replaced on a one for one basis and 312 will be taken out of service. It is planned to keep at least 200 F-15s which are to be mothballed and kept in a serviceable condition as emergency reserve aircraft with
the rest either to be sold off to other nations or for parts. The F-15E Strike Eagle variant will be kept in service as a tactical strike fighter.

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[u][b]MGM-166 LOSAT[/b][/u]
The Commonwealth military has begun to field the MGM-166 LOSAT missile system as a supplement and possible replacement to existing anti-tank missiles in use by Commonwealth forces. Two variants are currently being produced, one mounted on a enhanced HMMWV chassis and another mounted on an M1 Abrams chassis in a similar fashion to the M901 TOW Vehicle. The LOSAT system provides increased lethality, longer range, and a shorter engagement time than the BGM-71 TOW missile. Research is being conducted to create a similar but smaller weapon able to be transported by infantry and aircraft.

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[u][b]Additional Naval Vessels[/b][/u]
Today several new naval and auxiliary vessels were commissioned into service with the Commonwealth navy. These include three battleships, three amphibious assault ships, two cruisers, four frigates and three corvettes. Several supply, auxiliary and transportation vessels have also been completed to expand the navy's ability to conduct operations further from home.

[b]Pennsylvania class Battleship[/b]
ACNS Pennsylvania (BBGN-1)
ACNS Virginia (BBGN-2)
ACNS Maryland (BBGN -3)

[b]Wasp class Amphibious Assault Ship[/b]
ACNS Wasp (LHD-1)
ACNS Essex (LHD-2)
ACNS Boxer (LHD-3)

[b]Ticonderoga class Cruiser[/b]
ACNS Princeton (CG-3)
ACNS Gettysburg (CG-4)

[b]Anthony Wayne class Frigate[/b]
ACNS Anthony Wayne (FFG-1)
ACNS Walter Stewart (FFG-2)
ACNS Thomas Forrest (FFG-3)
ACNS James Wilkinson (FFG-4)

[b]Cumberland class Corvettes[/b]
ACNS Bradford (FS-4)
ACNS Clinton (FS-5)
ACNS Warren (FS-6)

[b]Victory class Assault Transport Ship[/b]
ACNS Victory (LTA-1)
ACNS Triumph (LTA-2)
ACNS Winning (LTA-3)

[b]Sacramento class Fast Combat Support Ship[/b]
ACNS Sacramento (AOE-1)
ACNS Camden(AOE-2)
ACNS Seattle (AOE-3)
ACNS Detroit (AOE-3)

[b]Stargazer class Space Tracking Ship[/b]
ACNS Stargazer (T-AGM-1)
ACNS Observer (T-AGM-2)
ACNS Tracker (T-AGM-3)

[b]Liberty class Technical Research Ship[/b]
ACNS Liberty (AGTR-1)
ACNS Georgetown (AGTR-2)
ACNS Langley (AGTR-3)

Edited by MostGloriousLeader
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[u][b]Satellite and Missile Tests[/b][/u]
The Commonwealth Navy will be deploying it's Stargazer class Space Tracking Ships and its Liberty class Technical Research Ships in order to provide supplementary information on the Space Program's newest satellite launches as well as the Air Force's upcoming ballistic missile tests. The ships are to be deployed in three groups, one to the Atlantic, another to the Pacific and the third to the Indian Ocean. Orders for each group are to stay well away from national boundaries and remain in international waters at all time.

A new set of RORSAT, communications and Reconnaissance satellites are due to be launched soon. These will be monitored and research gathered would be another stepping stone toward the Space Program's goal of manned orbit. Likewise the Air Force is beginning testing of new ballistic missiles with the goal of enhancing it's offensive capabilities. The missile test range is set several hundred miles out in the open Atlantic and a warning will be issued to all marine traffic in the area.

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[u][b]Creation of Missile Force[/b][/u]
The Commonwealth Air Force will be given funding for the establishment of a new strategic and tactical missile force after the successful completion of missile test trials. The new Strategic Missile Command will be equipped with several different missiles for different missions. The BGM-109 Gryphon will form the basic land launched cruise missile force primarily utilizing conventional high explosive warheads or bomblets. It will also have the option of using thermobaric warheads and a modular guidance system allowing for accurate GPS, infrared and anti-radiation guidance. The MGM-31 Pershing III will form the basis of the tactical missile force and will be equipped with a high explosive, thermobaric or kinetic strike warhead with the same guidance systems as the Gryphon. The LGM-30 Minuteman III will be the Commonwealth's primary ICBM and allow it to have global strike capabilities. Currently only equipped with a high explosive or kinetic strike warhead is capable of utilizing a nuclear warhead along with the Gryphon and Pershing III missiles when they become available. The Grypon and Pershing III missiles use mobile launch systems while hardened silos will be created for the Minuteman ICBMs in the Appalachian mountains.

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[quote][size="5"][u][b]American Commonwealth Air Force Survivability Enhancement Project[/b][/u][/size]
Studies conducted by the Air Force Strategic Planning & Research Agency and Defense Strategic Studies Institute have come to the conclusion that in its current state the Commonwealth Air Force is capable of handling defense against regional threats but it lacks any real measurement of survivability in the modern war fighting environment. Especially highlighted are the high risk of attack against major air bases and the possibility of having these bases disabled in the early stages of a conflict. Immediate steps must be taken to rectify this situation and this project highlights and handles most problems outlined in the studies.

[u][b]Air Base Defense[/b][/u]
Currently air base ground defense is provided by the Commonwealth Air Force Base Security Force which is for all intents and purposes an light infantry unit to protect against espionage and saboteurs. While capable of dealing with lighter threats AF security forces probably will not be able to handle an full airborne assault on an airfield by a major force. As such regular army forces will be cross posted to augment base security forces against all forms of attack and sabotage. Many air force facilities are joint bases in which case it will be fairly easy for this transition to occur. In other areas facilities will need to be created in order to accommodate the needs of the new units. These newly deployed units will be, at minimum, brigade sized to provide extra security on base.

The primary threat to air bases stems from attack by enemy aircraft, cruise missiles and ballistic missiles. Studies of major conflicts have these weapons being launched en masse and in a coordination fashion against high value targets including command and communications facilities, early warning facilities and air bases. The best defense against such an attack is the deployment of high performance surface to air missiles to defeat such threats. This has led to the creation of the Air Defense Brigade which are air force units deployed to provide air defense for high value targets. Different in structure from air defense units in the army each Air Defense Brigade is standardized to provide wide area defense against aircraft and missile threats. It is composed of seven air defense battalions plus a headquarters and support battalion. These include two patriot battalions (one using PAC-2 and the other PAC-3 missiles), two Eagle Claw EMDS battalions, and three SHORAD battalions armed with a combination of systems including ADATS, SL-AMRAAM and the M1 ADV. Air Defense Brigades are not only relegated to air base defense and will also be deployed where needed. Also deployed at air bases will be an additional battalion overseeing VLS and CIWS base static defense systems.

[u][b]Air Base Hardening[/b][/u]
While Early Warning and Tracking systems should give ample time for a response it does not change the fact that the enemy may still make it through to their targets. As a result measures must be taken to ensure that aircraft as well as infrastructure can survive the strike. These measures are to be implemented at all bases as soon as possible. First is the provision of hardened aircraft shelters for all fighter sized aircraft and at least a moderate amount for large aircraft like strategic bombers and AWACS aircraft if not full coverage. A new shelter design has been selected which is made from new reinforced high strength concrete encased in a slab of high strength steel/depleted uranium alloy. It will be able to withstand a direct hit from a 2000lb bomb as well as being able to survive from the detonation of a nearby nuclear weapon. These shelters are sealed and climate controlled to survive NBC conditions and ease maintenance and are also EMP proof. Fuel tanks are to be moved into deep underground storage depots spread out across several depots to avoid the total loss of fuel supply. Command and control facilities and munitions depots are to be moved into reinforced underground facilities to prevent loss of leadership and weapons. Runways will also be reinforced to reduce the effects of runway attack weapons and a redundant taxiway system will be introduced to prevent airfields from becoming inoperable.

[u][b]Alternate Bases[/b][/u]
Even the best defenses and passive hardening measures may not be enough to prevent enemy forces from disabling an air base. In this case alternate bases must be available to take up operations. Currently several civilian airports have military facilities for current forces and are capable of handling extra numbers of aircraft. While civilian airports can be used for these purposes they may not be enough. As a result the creation of airbase convertable highway strips are to be carried out. This is fortunate timing as a national infrastructure overhaul is currently underway and only minor additions have to be made to make this project possible. As it is current highway construction will allow any fighter and medium cargo sized aircraft to take off of any suitably long enough strip of highway without any need for preparation. While that is a good availability any airbase needs a suitable infrastructure to conduct operations. As such we have decided on twelve different locations which will be covertly developed into highway strips. These highways will be reinforced to be able to handle large aircraft as well as be more resistant to damage. Base infrastructure will be disguised as a large highway maintenance facility which will have all necessary equipment to maintain an active airbase. In the event of need a ground crew can be on site and ready the are for operations in less than two hours. Fuel and munitions will be stored and hidden on site, security will be provided by undercover members of the Air Security Forces, special forces and local police.[/quote]

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[u][b]Army Acquires New Helicopter[/b][/u]
The American Commonwealth Army has announced that after months of testing and evaluations that it will adopt the RAH-66 Comanche to replace the current OH-58 Kiowa in the observation and armed reconnaissance role. An army spokesman said that while costly the Comanche would bring a much more lethal and survivable helicopter platform to the modern battlefield that would be able to exceed the Kiowa in all categories and mission qualifications. Moderate level production has begun to replace Kiowas on a one for one basis. Some Kiowas will be scrapped but most will be retained as a reserve force or redistributed to federal or state agencies and departments that require helicopter capabilities.

[u][b]More Reconnaissance Assets[/b][/u]
Currently in the Army nearly all recon and information support assets are only available at the brigade level with specialized battalions providing these capabilities to the rest of the brigade. A unit restructuring has now added aerial reconnaissance assets to combat maneuver battalions through the headquarters company in order to enhance their intelligence gathering capabilities. The Aerial Reconnaissance Platoon will have two RQ-7 Shadow UAVs and two OH-6M Cayuse helicopters. The OH-6M is a modular helicopter design utilizing a new model of the Cayuse scout helicopter. It's new engines are more powerful but less maintenance intensive allowing it to operate without the services of a aviation depot and it's new rotor system provides a lower acoustic signature. The modular nature of the new model allows it to convert from unarmed recon to light attack or even troop transportation with minimal effort and time. The helicopters are mounted on specially modified humvees or M1 tank (depending on type of unit) with reinforced landing pads and can also deploy a semi-rigid cover to shelter the helicopter when not in use. They will be supported by three HEMTT vehicles, one refueling vehicle and the other two providing spare parts and munitions, and an M113 APC for crew and support personnel transportation. The RQ-7 Shadow will be mounted on a modified vehicle with a jet assisted catapult system and landings will be assisted by a wire catch or net system depending on the situation. A separate vehicle provides control facilities for both aircraft. Support will consist of two HEMTT's, one for fuel and another for parts and an M113 for personnel transportation.

[u][b]New ASAT Missile[/b][/u]
The Commonwealth Air Force announced the successful testing of the ASM-32 anti-satellite missile. Based on the new MGM-32 Pershing III MRBM the ASM-32 performed a kinetic kill on the special target satellite. The air force stated that the satellite was small and designed to entirely disintegrate when hit along with the missile and that space tracking units confirmed that no space debris was formed during the test. The ASM-32 provides the American Commonwealth additional ASAT capabilities with much greater range and accuracy than the other anti-satellite weapon in it's arsenal, the ASM-135 ASAT Missile.

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[quote][[FLASH ALERT]]
ENCRYPTION KEY: 72D309DL17
FROM: CENTCOM
TO: ALL COMMANDS

THE ALERT LEVEL HAS BEEN ELEVATED TO DEFCON 3. ALL COMMANDS ARE TO UNDERTAKE NECESSARY PREPARATIONS TO ELEVATE READINESS LEVELS TO COMBAT READY STATUS. INTELLIGENCE AND RECONNAISSANCE NETWORKS HAVE CONFIRMED MOBILIZATIONS FROM WEST VIRGINIA, SOUTH CAROLINA AND SUSA FORCES IN THE NEWLY ANNEXED FORMER DIXIE CONFEDERACY. COMBAT AIR PATROLS ARE TO INCREASE ALONG BORDERS AND UNITS READY TO MOVE. BORDER UNITS ARE TO MOVE TO STAGING AREAS AND DEFENSE POSITIONS AND DEPLOY FORWARD OBSERVATION ELEMENTS. ALL RADAR AND OBSERVATION FACILITIES ARE TO BE MANNED AROUND THE CLOCK AND ENHANCE THEIR SECURITY MEASURES. [/quote]

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[u][b]Warrior Enhancement Program[/b][/u]
The Commonwealth military will begin issuing and implementing the newly developed Advanced Individual Warrior System developed as part of the ongoing Warrior Enhancement Program to bring advanced information and networking technologies to improve the capabilities of the individual infantryman. Ultimate goals of the WEP are to increase the lethality, survivability and overall capabilities of the individual soldier. The Advanced Individual Warrior System is the first product of the WEP and is intended to be the base system of future improved systems. The AIWS includes an individual weapons kit, integrated networked communications and navigation system, improved body armor, helmet display kit and a computer subsystem and power pack. This system will be compatible with digital command communications systems in use by vehicles of the Commonwealth military.

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[u][b]AIM-121 Falcon[/b][/u]
The AIM-121 Falcon is the American Commonwealth's newest medium to long range air to air fighter missile. Slightly larger than the AIM-120 AMRAAM, the Falcon is intended to be an additional asset and not a replacement. It has a range of 160km, has a top speed of mach 5 and can equipped with a active or semi-active radar seeker with an anti-radiation backup capability. It is possible to use the AIM-121 against ground based radars using it's anti-radiation seeker.

[u][b]New Naval Deployments[/b][/u]
The Commonwealth Navy has begun expansion of its naval facilities in Erie, Pennsylvania to accommodate two squadrons of Pegasus class fast attack craft as well as accommodations for several vessels up to destroyer size. One frigate and a corvette will be permanently based in Lake Erie along with several new coast guard cutters in order to maintain a naval presence in the region. Four Arleigh Burke class destroyers have also been commissioned and will begin sea trials soon

[u][b]Task Force Shadow (Top Secret)[/b][/u]
The Commonwealth Special Operations Command has created a new task force for black ops and special operations duties. Task Force 121 will be composed of operators that have little to no relatives and will have their records altered or destroyed in order to maintain secrecy. Likewise equipment will be 'lost' or 'misplaced' in order to outfit this new unit from small arms to vehicles and aircraft. Funding will be provided through black ops funds and accounts while fake units will be formed to provide cover for basing and training.

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[u][b]Fiber Optic Guided Missile Systems[/b][/u]
The Defense Enhancement Research Program has announced the creation of a new line of weapons utilizing fiber optic guidance in conjunction with General Dynamics and Hershey Defense Systems. These new missiles will provide lethal capabilities against a wide array of targets including armored vehicles, helicopters, fixed fortifications, small vessels, etc at a range greater than most normal systems currently in use.

[i]MGM-157 EFOGM[/i]
The MGM-157 Enhanced Fiber Optic Guided Missile is the lightest FOGM system in service with a 20km range and the ability for the entire system to be mounted on a Humvee chassis with eight missiles. The missiles are controlled by a systems operator who sits in the passenger seat with his control system and directs up to two missiles at a time to their targets via TV camera mounted in the nose of the missiles. This mobility as well as it's capabilities as a non line of sight system enhance its survivability on the battlefield. While a smaller missile it nonetheless possesses excellent abilities against armor, moderate fortifications, helicopters and numerous other point targets. The system is also able to be used in a fixed position without a vehicle to allow for defense of static positions if required.

[i]MGM-176 LRFOGM[/i]
The MGM-176 Long Range Fiber Optic Guided Missile is a larger missile built on the same concepts as the MGM-157 but more lethal and capable. It's primary advantage is the increased range to over 60 km and a larger payload. Somewhat larger, it is mainly mounted on light armored vehicles or trucks that are capable of holding eight missiles and has a fire control system very much like the MGM-157. It is certified to be mounted on a Humvee but only with six missiles due to their increased size and weight compared to the MGM-157.

[u][b]Expansion of Drone Force[/b][/u]
The Commonwealth Air Force has announced that it will expand its UAV force across a broad range of systems to improve its reconnaissance and attack capabilities. In total the drone force will be increased by up to 200 MQ-1 Predators, 36 MQ-9 Reapers and 20 RQ-4 Global Hawks. The Commonwealth navy will also receive 20 RQ-4s in order to increase its naval surveillance capabilities.

[u][b]ATACMS Upgrade[/b][/u]
The Commonwealth Army has begun procuring the MGM-168 Block V ATACMS to enhance its long range strike capabilities against a wide variety of targets. The Block V version provides a standard missile with a range of 200 miles that is modular and capable of being armed with a combined effects bomblets, BLU-108 or BAT sub-munitions, 500lb unitary warhead, or a chemical weapons warhead. Normally guided by GPS and INS it is possible to attach a radiation seeker to permit use against radars and other electronic emissions if required.

[u][b]Creation of SOSUS System[/b][/u]
The Commonwealth Navy is currently deploying a sonar surveillance system to safeguard the American Commonwealth's waters and will be deployed at the edges of the Commonwealth's exclusive economic zone and another smaller line further out in the Atlantic. The SOSUS system will allow for the tracking of submarines effectively at a safe distance from the Commonwealth's shores. This system will be integrated with submarine warfare centers based at onshore naval facilities and the naval defense platforms currently operating as part of the Atlantic Defense Line.

Edited by MostGloriousLeader
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[u][b]MGM-177 LAHAT[/b][/u]
The MGM-177 Laser Homing Anti Tank Missile is a anti-tank missile designed to be fired from 105mm and 120mm tank guns to provide heavier and longer ranged anti-tank capabilities for the Commonwealth's armored vehicles. While primarily intended to be fired from tank guns it is capable of being used without one. The missile itself doesn't require much in the way of fire control and only needs a laser designator to hit its target which will be equipped on vehicles capable of using the LAHAT missile or can be provided by other sources. It has a range of 8km and can be used either in a direct attack or top attack mode depending on its target and has a tandem warhead to defeat explosive reactive armor. It's small size enables it to be stowed like any other gun round.

[u][b]Charlottesville class Patrol Boat[/b][/u]
The Commonwealth Navy has commissioned its first class of stealth patrol craft today with the completion of six Charlottesville class Patrol Boats and a further 12 under construction. As a surface effect ship, it is capable of reaching speeds of up to 60 knots in ideal conditions. It's design gives it a stealthy shape and it is constructed with fiberglass and composite materials and coated with radar absorbent materials. It's armament consists of eight BGM-89 Sea Hammer anti-ship missiles, FIM-92 Stinger MANPADS and a 76mm rapid fire cannon mounted in a stealth cupola. The first squadron of six vessels have been deployed to the Erie Naval Station in Erie, Pennsylvania and the other two will be deployed to Norfolk Naval Base and the Sandy Hook Naval Station on the East Coast.

[u][b]LCAC(A)[/b][/u]
The LCAC (Assault) is an upgrade being given to all LCACs operated by the Commonwealth Navy. The LCACs will be slightly enlarged and have a remote operated weapons station that will fit a GAU-13 30mm Minigun. Another station is capable of mounting a automated rapid fire 120mm Mortar system. The engines will also be upgraded to take up less space while providing more power and better efficiency. A dozen of these craft will also be newly constructed and based at Erie Naval Station.

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[u][b]Appalachian Defense Line[/b][/u]
Funds have been appropriated to establish the most massive and ambitious defense program the American Commonwealth military to date. Officially named The Appalachian National Defense Project, it seeks to establish a complete network of fortifications, observation equipment and defense enhancements along the entire Appalachian mountain range border stretching from lower Pennsylvania along the UCNA and SUSA borders and ending at the border with the RUC.

The first layer is a massive network of sensors including optical/thermal imaging equipment along with acoustic and seismic monitors, radar and observation posts to monitor the entire border and linked to a new unified military network that will be able to disseminate the information to commanders in the field and in the Pentagon. This network is to serve as an early warning and observation network in the event of a border incursion or invasion and will also be available to assist border patrol activities. The system will be layered to provide continuous coverage if a part of it shuts down for any reason (system failure, maintenance, etc.). This system will tie into the new military network being created as a separate network from the civilian net and will greatly reduce the likely hood of external infiltration and cyber attack.

Fortifications will be constructed on the border as well but more concentrated towards the center portion of the line in order to allow for an effective static defense position. They will be positioned to cover major roads and highways as well as any possible routes of travel. Bunker complexes will be constructed in a manner to allow them to survive everything up to a large bunker buster and be interconnected through a series of tunnels to allow quick and safe lines of communication. They will be linked to the main power grid but will posses backups sources and supply stocks in major complexes that will be able to last at least a month without resupply.

In addition to these measures engineering teams will begin the long term placement of demolition charges in major passes and possible routes of advance that can be remotely activated in the event that is needed to close those routes. Special mine dispersal equipment will also be deployed throughout which will allow them to cover vast areas with a mixture of anti-personnel and anti-vehicle mines within minutes of activation. Trials are being conducted to measure the feasibility of adding unmanned defenses to the line as well.

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Construction of the Appalacian fortifications was proceeding well, even though the whole line would take time to finish up. While it would be virtually impossible to conceal it's construction, measures were taken to make it as secretive as possible. Contractors were hired through dummy gas and mining corporations who would operate under the guise of natural resource exploration activities. Seeing a large portion of the fortifications were underground anyway that would be fairly easy to conceal. External fortifications were usually concealed as much as possible both for construction and operation. While there were some structures that were clearly bunkers there were many, in fact most, that were actually retractable fortifications to allow for greater concealment and surprise. The use of satellite optical blinders to prevent satellite surveillance was in place. Border observation devices were installed by the local patrols that always went through their routes. The equipment was blended into the environment as much as possible, with cameras placed in clumps of foliage, seismic sensors inside fake rocks and such things. Anyone who cared to look hard would notice something taking place but would not be able to see the full extent of the activities underway.

Edited by MostGloriousLeader
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[u][b]Modular Vehicle Armor Protection System[/b][/u]
The American Commonwealth military has announced the introduction of a new line of protection for military vehicles through the Modular Vehicle Armor Protection System. Designed as a modular system it can provide varying needs of protection for a wide variety of situations and can be installed or removed quickly when needed. Making use of new advanced steel alloys, Aluminium-Titanium alloys, nanometric steels, ceramics and nano-ceramics; the system offers a weight reduction in the range of 40-70% for the same protection depending on material used. The modular nature of the system allows it to be used on virtually any military vehicle to defend against a variety of threats. These packages are all add-ons so they serve to provide additional protection to what the vehicle currently has.

[i][u]MVAPS-H[/u][/i]
MVAPS-H (Heavy) adds an extra degree of protection for Main Battle Tanks and other armored vehicles against kinetic energy penetrators and ballistic threats as well as, to a lesser degree, HEAT warheads. It comes in several versions of protection Levels I, II, III. Level I protection is designed for use on lighter vehicles and provides excellent protection against small arms with a small weight increase. Level II protection is designed for medium armored vehicles like IFVs and APCs and provides protection against up to 40mm autocannons, RPGs and other light anti-armor weapons. Level III protection is used by tanks and other large armored vehicles and increases its protection against large caliber tank guns firing APFSDS rounds.


[i][u]MVAPS-ADS[/u][/i]
The MVAPS-ADS (Active Defense System) is a newly created modular active defense system that can be fitted to a variety of vehicles and provide protection against a wide range of threats including RPGs, ATGMs, HEAT charges, EFPs and kinetic penetrators. The system consists of sensor and countermeasure modules placed around the vehicle to provide overlapping coverage. When a module detects and verifies an incoming threat it discharges a strong directed non-fragmenting energy charge destroying the target with minimal collateral damage. The nature of the system allows for an extremely quick reaction time measured at 560 microseconds and it possesses multi-directional engagement capabilities. The design is also light allowing it to be fitted to even smaller vehicles like tactical trucks or utility vehicles.

[i][u]MVAPS-M[/u][/i]
MVAPS-M (Mine) is designed to protect vehicles and their, crews and passengers, against mines and IEDs at a lower weight than older mine protection systems. It is designed to able to be installed on available military vehicles when necessary.

[u][i]MVAPS-A[/i][/u]
MVAPS-A (Air) is designed to provide additional protection for helicopters meeting the low weight requirements needed by these aircraft to remain unimpeded in their flight capabilities. The armor is placed over vital areas like engines, crew compartments, troop seats, etc.

[u][i]MVAPS-S[/i][/u]
MVAPS-BS (Spaced) is designed as a modular retractable armor similar in purpose to cage or slat armor in providing protection against HEAT and other shaped charge weapons. A different version has been designed to act as a skirt for armored vehicles to prevent the loss of mobility from enemy weapons.

[u][i]MVAPS-R[/i][/u]
MVAPS-R (Roof) is designed to provide armored vehicles with effective overhead protection against bomblets and explosively formed penetrators. It has two levels of protection, Level I protects against bomblets while Level II armor provides protection against EFPs.

[u][i]MVAPS-T[/i][/u]
MVAPS-T (Thermal) is an external armor system that allows the outfitted vehicle to disguise its thermal image from traditional thermal imaging devices effectively making it invisible to such systems unless they're used at close range. The system works by attaching numerous honeycomb shaped modules that can heat up and cool down very quickly on the vehicle and a control system. The vehicle can imitate the background temperature and just blend in with it's environment or it can be more creative and imitate things like a car, rock or other non-military object and can be used even when on the move. The modules are actually robust enough to add to the protection of the vehicle as well. Possible future applications for this system include ships and aircraft.

[u][i]MVAPS-PDS[/i][/u]
MVAPS-PDS (Passive Defense Suite) is an softkill passive defense system designed for use on armored vehicles. Using optical and infrared detection gear/dazzlers and an laser warning system it automatically responds with countermeasures and defends a 360 degree field of view around the tank. It allows the vehicle crew to quickly direct fire on the source of the targeting while actively jamming ATGMs or deploying an aerosol smoke screen.

[u][i]MVAPS-RA[/i][/u]
MVAPS-RA (Reactive Armor) is a next generation explosive and non-explosive reactive armor designed to protect armored vehicles from a variety of threats including kinetic penetrators. The new ERA is created with a strong composite material that lowers the chance of fragmentation and shrapnel in the event of usage making it safer for use near friendly infantry. The NERA almost eliminates the chance of friendly casualties and provides continued protection against tandem charge warheads.

Edited by MostGloriousLeader
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[u][b]M113A4 Gavin[/b][/u]
The M113 series of APCs has proven to be a valuable and flexible armored vehicle for the Commonwealth military but future conflicts require greater combat capability than what exists. Officially named the Gavin, the M113A4 is the next model of the M113 family of armored personnel carriers. The A4 is a completely new model and is currently being put into production and replacing the A3s which are being moved to miscellaneous roles, put into storage, or scrapped. Retaining the same design, the A4 has improved greatly on the A3 in almost every factor.

The hull has been elongated and an extra road wheel added slightly increasing the size of the vehicle. It uses a new track that's is more durable and made of lighter materials. The old 275hp Detroit Diesel engine has been replaced with a more compact and efficient 450hp Honeywell Diesel engine giving it greater speed and power. The A4 is being built from the ground up with a new aluminum-titanium alloy giving the armor improved strength and all round resistance against 14.5mm rounds and allowing for the rapid installation of modular armor systems allowing for even greater armored protection, replacing the old aluminum-steel alloy used in previous M113 models. The A4 will also be equipped with automatic fire suppresion systems, softkill/hardkill countermeasure systems and battle network equipment. With a weight of only 13 tons it will retain its amphibious and airborne capabilities.

The armament can vary from model to model but the baseline A4 will carry a standard M2 HMG fitted with a gunshield for the commander and two M240s with gunshields to the rear and sides of the vehicle allowing mounted infantry to provide additional firepower and security through roof hatches. A major derivative will be the M113A4 Assault Personnel Carrier which will be given to mechanized infantry units and will add a small one man turret with a gyrostabilized 30mm auto-cannon , M240 co-ax MG and a TOW Missile system. Planned variants also include a armored support track, ATGM track, mobile gun track, mortar tracks and many other specialized variants.

Edited by MostGloriousLeader
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[u][b]M1A2 Abrams VEP[/b][/u]
All current M1 series main battle tanks in use by the Commonwealth Army have been upgraded to the M1A2 SEP standard but the modern battlefield is changing the the vaunted Abrams requires another capabilities upgrade. The M1A2 VEP will provide the Abrams with a much more lethal and survivable combat abilities. The first aspect improved will be armament, with the replacement of the M256 120mm Cannon with the L/55 120 mm Cannon, increasing the range and lethality of it's main gun armament. The upgraded weapons also comes with upgraded fire-control and optics equipment, a improved gun stabilizer, as well as installing a small millimeter band radar system for missile warning, target tracking and active defense systems. The new optics are a vast improvement on older systems and are given to both the gunner and tank commander that can be used to quickly identify and hit targets designated by the commander. The new system will have a 'lock on' mode allowing the tank to automatically track and engage targets accurately to almost 10km while on the move. Defense improvements are the addition of 4th generation depleted uranium armor and the installation of MVAPS-ADS and MVAPS-PDS as a baseline requirement for all main battle tanks increasing their defensive capabilities with the option to add other MVAPS modules when needed. The MVAPS-ADS and PDS are slated to be deployed on all other operational armored vehicles as well.

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[quote][u][b]OPERATIONAL READINESS REPORT[/b][/u]
FROM: TRADOCCOM
TO: NMC
TOPIC: TROOP STRENGTH

The American Commonwealth military is nearing its approved troop strength level of 470,000 combat personnel across all service branches. While we were in a shortfall several months ago this has been rectified with the activation of two infantry and two armored divisions that are now fully trained, equipped and operational. The size of the special forces has also been expanded in order to increase our non-conventional missions capabilities. Defense outline reviews suggest that an additional size increase authorization would be preferable and strategically required but until Congress authorizes additional increases the current limits, combat personnel numbers will hover around 470,000.
[/quote]

Edited by MostGloriousLeader
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[u][b]Naval Construction Program[/b][/u]
Over a dozen new combat naval vessels have been completed and are due to be commissioned over the next few days, including the Commonwealth's first aircraft carriers and submarines, consisting of three new corvettes, two new cruisers, 2 frigates, six destroyers, four nuclear attack subs, two diesel subs and two aircraft carriers. Of these all are new classes of ships from those currently in service in order to introduce newer more advanced designs for the navy. Older classes will still be operated but the navy is currently conducting a study to evaluate whether replacement or upgrade of these older vessels would be more cost effective.

[b]Berks[/b][b] class Corvette[/b]
ACNS Berks (FS-7)
ACNS Mercer (FS-8)
ACNS Cambria (FS-9)

[b]Philemon Dickinson class Frigate[/b]
ACNS Philemon Dickinson (FFG-5)
ACNS Oliver Spencer (FFG-6)

[b]Philadelphia[/b][b] class Cruiser[/b]
ACNS Philadelphia (CG-5)
ACNS Norfolk (CG-6)

[b]Arleigh Burke class Destroyer[/b]
ACNS Arleigh Burke (DDG-1)
ACNS Barry (DDG-2)
ACNS John Paul Jones (DDG-3)
ACNS Curtis WIlbur (DDG-4)
ACNS Stout (DDG-5)
ACNS John S McCain (DDG-6)

[b]Bronson class Aircraft Carrier[/b]
ACNS David A. Bronson (CVN-1)
ACNS George Washington (CVN-2)

[b]Virginia class Submarine[/b]
ACNS Virginia (SSN-1)
ACNS Darter (SSN-2)
ACNS Mauler (SSN-3)

[b]Barracuda class Submarine[/b]
ACNS Barracuda (SS-1)
ACNS Sturgeon (SS-2)

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[u][b]New Mortar Systems[/b][/u]
The Commonwealth military has adopted the Advanced Mortar System (AMOS) as the new standard mortar system for it's mortar carriers and upgrades have begun to retrofit the system onto the existing M1064 mortar carriers, which are based on the M113 APC. The M1061A2 Mortar Carrier will have a turret installed mounting the twin 120mm mortars providing armor protection and a full 360 degree traverse. The AMOS is different than traditional mortar systems in use due to it being a breech loading design, usually uncommon for mortars. With a 10km range and a firing rate of up to 16 rounds per minute, its impressive capabilities are further enhanced with digital map targeting and a electronic fire control system which automatically aims, loads and fires the weapon allowing for enhanced fire mission capabilities. Designed with high mobility in mind, the M1061A2 will be able to move in 30 seconds after firing the first round of a 14 round salvo effectively negating counter battery fire from an enemy. New mortar ammunition has been designed specifically for the AMOS as, being a breech loading weapon, it cannot fire normal mortar ammunition. In addition to this a new anti-armor guided mortar round has also been designed for both standard and breech loading mortars. The Strix 120mm anti-armor mortar munition is fired like any other mortar but utilizes an infrared sensor and control fins to identify armored vehicles on the battlefield and defeats them by targeting the thinner top armor.

[u][b]Appalachian Defense Line[/b][/u]
Current construction of the Appalachian border fortifications was, in most places, ordered to cease in order to reorganize and re-prioritize its efforts and objectives due to the recent reunification of West Virginia and the American Commonwealth. Most of the main facilities deep in the Appalachian mountains have been completed as well as most of the primary defense line. Secondary lines and fortifications to provide more depth for the project have been halted and canceled. The Army has announced that it still intends to maintain and utilize the primary fortifications but will be canceling most of the rest of the project. A spokesman announced that unessential fortifications already built would be recycled and be used in a less ambitious, but still moderate, defense line project on the Commonwealth's northern border as well as the construction of light, but more in depth, fortifications on the West Virginia- Ohio/Kentucky border.

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  • 2 weeks later...

[u][b]Aircraft Upgrades[/b][/u]
The American Commonwealth Air Force has successfully concluded its Variable stability In-flight Simulator Test Aircraft (VISTA) program and its Advanced Control Technology for Integrated Vehicles (ACTIVE) program as part of its efforts to further research applications for thrust vectoring technologies. The results are the design and creation of two different kits with thrust vectoring nozzles and systems that are capable of being fitted to any GE F110 series or P&W F100 series turbofan engines. These upgrades are currently underway for the Commonwealth Air Force's F-16E/F Fighting Falcons and F-15E Strike Eagle fighters, providing them with supermanueverability and enhancing their combat capabilities. With the successful conclusion of the VISTA and ACTIVE programs, resources are being diverted into the development of the Silent Eagle upgrade for the F-15E Strike Eagle to provide it with stealth capabilities and enhance its survivability on the modern battlefield.

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[u][b]Project Oppenheimer[/b][/u]
The mountains and hills of the Virginia/West Virginia border are pockmarked with mines, primarily with the goal of extracting the abundant amount of coal in the area. One of these mineshafts had run out a long time ago and had been abandoned since, until a month ago. Located in the middle of nowhere in the the mountains, the nearest town over 30 miles away, it was the ideal site for the military's goals here. The project and this facility were created with the utmost secrecy, nobody knew about this except for the staff on site and the highest levels of the Commonwealth government. As far as the public knew, this place didn't exist and its location would ensure the secrecy of the site. Satellite optical blinders and jamming equipment was on hand to prevent prying eyes from orbit from seeing what was occurring if needed. The project itself operated under the cover that its purpose was to study the development of new nuclear reactors for civilian usage.

The site itself had a population numbering 300 people along with the necessary support facilities, mostly using leftover mining quarters and support buildings. These people consisted of security personnel, scientists, technicians and other crucial personnel. Preparation was required for this project and the mineshaft went down over 2000 feet into the earth. Sensors and data collecting equipment were installed to measure the upcoming tests. On the day of the scheduled test, the bomb was delivered on site escorted by Commonwealth special forces personnel. The weapon was sent to the bottom of the shaft, all personnel cleared the danger zone and the entrance was blocked off with large heavy lead blocks and then filled with cement. Calculations made projected little to no adverse effects from the testing. A countdown began and when it hit zero the mountain rumbled and partially collapsed upon itself with the detonation of a 1 kiloton nuclear device but nothing more beyond that. Sensors confirmed that no fallout had escaped the mine and that there was no danger of it ever doing so. The American Commonwealth had just detonated its first nuclear weapon.

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[size=4]General Alexander Morgan, the Chairman of the Joint Chiefs, was sitting at the head of the Pentagon briefing room along with the Joint Chiefs of each service branch and several other officers and civilian experts. The General had just got back and it had less than a day since he had witnessed the detonation of the American Commonwealth's first nuclear weapon. "Gentlemen shall we begin?" said the general. "As you are all aware the Commonwealth has attained nuclear weapons capabilities very recently. This meeting is to determine the deployment of and the policy regarding our new nuclear arsenal" he said as he gestured to a captain who began distributing binders to everyone assembled. "I'd like you to look over these policies and deployment plans, once finished we can agree to forward this to the president by our recommendations or we can change it if necessary".

[quote]
[font=courier new,courier,monospace][u][b]AMERICAN COMMONWEALTH NUCLEAR WEAPONS POLICY[/b][/u] [b](CLASSIFIED/TOP SECRET)[/b]
The American Commonwealth acknowledges that nuclear weapons are inherently powerful and devastating weapons, and that the after effects of their use are equally terrible and enduring. Recognizing this the American Commonwealth must commit itself to the implementation of a responsible policy regarding the deployment and usage of its nuclear arsenal.[/font][/size][list]
[*][font=courier new,courier,monospace][size=4][u]Deliberate Ambiguity[/u]- The American Commonwealth will follow a policy of deliberate ambiguity regarding acknowledgement of its nuclear arsenal. The existence of such weapons will not be confirmed or denied in the public realm. This policy may be changed anytime by the President of the American Commonwealth if deemed necessary.[/size][/font]
[*][font=courier new,courier,monospace][size=4][u]Limited No First Use[/u]- The American Commonwealth will adopt a policy of no first use regarding offensive strategic nuclear strikes. The primary purpose of its nuclear arsenal is to act as a deterrent to aggression against the Commonwealth. Nuclear weapons will be used in the event of the usage of WMD weaponry against the Commonwealth including nuclear, radiological, chemical and biological weapons. The Commonwealth reserves the option of using nuclear weaponry in response to a large scale conventional attack in direct defense of the nation. This policy may be changed by the President of the American Commonwealth if deemed necessary.[/size][/font]
[*][font=courier new,courier,monospace][size=4][u]Limited Authorization[/u]- Only the President of the American Commonwealth has the authority to order the use of the Commonwealth's nuclear arsenal. This is not limited to the sitting president but applies to his predecessor(s) if the sitting president has been incapacitated in any way. Any attempts to circumvent this policy will be considered an act of treason and punishable by death.[/size][/font]
[/list]
[size=4][/quote]

[quote]
[font=courier new,courier,monospace][u][b]NUCLEAR WEAPONS DEPLOYMENT SUMMARY[/b][/u] [b](CLASSIFIED/TOP SECRET)[/b]
Achieving the ability to create nuclear weapons is only one part of building an effective nuclear weapons arsenal, delivery systems are required to make the deployment of these weapons feasible. The American Commonwealth deployment policy will reflect the idea of the nuclear triad to ensure a well rounded nuclear strike capability and a credible deterrence force capable of surviving a first strike attack.[/font][/size][list]
[*][font=courier new,courier,monospace][size=4][u]Land[/u]- Land based components of the American Commonwealth's nuclear triad include mobile and silo based ICBMs and cruise missiles. Currently the Commonwealth military operates roughly 200 ICBMS, 700 MRBMs and roughly 1200 land based cruise missiles; all of which can easily be fitted with a nuclear warhead instead of their conventional payloads. Currently plans are to have about 90 ICBM warheads, 200 MRBM warheads and 200 cruise missile warheads on hand within two to three years.[/size][/font]
[*][font=courier new,courier,monospace][size=4][u]Sea[/u]- The Sea based components of the nuclear triad are probably the most survivable assets available to the Commonwealth military. Almost all ships can utilize cruise missiles which can all be armed with nuclear warheads. The most effective part of the sea triad is undoubtedly the ballistic missile submarine, which is a silent and deadly weapon that is extremely difficult to counter. It is hoped to be able to deploy up to 120 cruise missile warheads, 40 torpedo warheads and at least 120 SLBM warheads within the next two years.[/size][/font]
[*][font=courier new,courier,monospace][size=4][u]Air[/u]- Air based components of the nuclear triad include nuclear gravity bombs and air launched nuclear cruise missiles. While not as quick rapid responsive as a strategic missile force is, air assets in the form of strategic bombers and nuclear strike aircraft are much more flexible and cost effective. Plans are to have about 400 nuclear bombs and 400 air launched cruise missile warheads.[/size][/font]
[/list]
[size=4][/quote]

After reading through the summaries, the Joint Chiefs and assembled officers and experts set down the documents and put their approval to a vote with all but one approving of the new deployment figures and guideline policies. "Thank you gentlement" he said as he looked at General McClintock, the only nay at the table. "I will forward your recommendation to the president. Dismissed".[/size]

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