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Posted by: SteveAlt
« on: October 09, 2008, 09:59:31 AM »

Quote from: "IanD"
Steve - How were the decisions to declare war made, were they your decision or the programme’s after repeated diplomacy offers? I have not really got to grips with diplomacy negotiations in Aurora. If you have two or more nations/races and they are all player races is there the option for the SM or player to accept or reject diplomacy offers or is that only done by Aurora?
The diplomacy decisions were all role-played. The diplomacy in Aurora hasn't been looked at for a long time and needs updating. The communication and treaty negotiation should work fine but it isn't very detailed. The trading element has been taken out and put into the Ctrl-F8 window.

Quote
PS when does 3.2 get released?
A little while yet. I need to go through the Bugs and Suggestions threads first.

Steve
Posted by: SteveAlt
« on: October 09, 2008, 09:56:40 AM »

Quote from: "Kurt"
I'd like to see seperate command structures, as follows:

Civilian Government: Admin skills (R&D/Mining/Production), loyalty, team skills (diplomatic/cyber/etc.)
Fleet: Ship Command skills, loyalty, team skills (diplomatic/cyber/etc.)
Ground: Ground Command Skills, loyalty, team skills (diplomatic/cyber/etc.)

Basically, each path or structure would have its speciallized skills, followed by general skills that any officer/leader could have.  Only ground officers could command ground units, only fleet officers could command ships or fleets, and only government officers could govern planets or sectors.  Any of the three could join teams.  Possibly, any retired fleet or army officer could join the government command structure.  

This is kind of complex, but it is more realistic.  In my fiction, I generally account for officers in "civilian" leadership roles are either advisors to the civil government, or leading the military's contribution to joint civilian/military efforts.  
As you say this is complex and the division between command structure would vary with government type. Some governments may not have a civilian arm for example (would Pax Utopia have a military arm? :)). You will probably need a lot more military officers than civilians in any event. An easier option may be to have different titles for the three varieties of commander and give each the title that best suits his/her skills but leave them all in one command structure. Its the multiple command structures that would add the most complexity. Perhaps another option is to allow the player to designate a percentage split between the three types of commander and weight the skills as you noted above (but still have one structure).

Steve
Posted by: SteveAlt
« on: October 09, 2008, 09:49:19 AM »

Quote from: "IanD"
Great story Steve!

One thing does stand out though is that the contribution of the Fleet Admirals to R&D, Mining etc. In my games I have renamed the two top rank spots as President & Governor respectively, since the control of a society by a military officer in a democracy seems a little odd given that those that achieve it  usually want to be called President. Is there any chance of introducing an eighth rank that can either only have one occupant or is replaced every 4 years with the post holder being randomly generated as the National Leader is elected or selected(self or otherwise).
I like the idea of some type of National Leader. It's a little more complex though because the time of leadership change and the actual influence of the leader will depend heavily on the government type. Also, the type of job performed by the leader is not always obvious. Running the home planet as governor is fine when it's only one planet but in a multi-system Empire even a sector commander may not be suitable. An easy option way is just to refer to the senior Admiral as the president, or give the planetary governor a civilian title. Longer term, I wouldn't mind looking at this in more detail as it would add some interesting background flavour but its quite a bit of work to get it right.

Steve
Posted by: IanD
« on: October 07, 2008, 05:14:57 AM »

Steve - How were the decisions to declare war made, were they your decision or the programme’s after repeated diplomacy offers? I have not really got to grips with diplomacy negotiations in Aurora. If you have two or more nations/races and they are all player races is there the option for the SM or player to accept or reject diplomacy offers or is that only done by Aurora?

Quote
Kurt wrote:
I'd like to see separate command structures, as follows:

Civilian Government: Admin skills (R&D/Mining/Production), loyalty, team skills (diplomatic/cyber/etc.)
Fleet: Ship Command skills, loyalty, team skills (diplomatic/cyber/etc.)
Ground: Ground Command Skills, loyalty, team skills (diplomatic/cyber/etc.)

I like this idea but thought it would probably be too difficult to implement, knowing very little about programming. I would settle for the Civilian (should that be civil service?) & Military structures, without the ground force split.

Regards

PS when does 3.2 get released?
Posted by: Kurt
« on: October 06, 2008, 07:50:16 PM »

Quote from: "IanD"
Great story Steve!

One thing does stand out though is that the contribution of the Fleet Admirals to R&D, Mining etc. In my games I have renamed the two top rank spots as President & Governor respectively, since the control of a society by a military officer in a democracy seems a little odd given that those that achieve it  usually want to be called President. Is there any chance of introducing an eight rank that can either only have one occupant or is replaced every 4 years with the post holder being randomly generated as the National Leader is elected or selected(self or otherwise).

Regards

I'd like to see seperate command structures, as follows:

Civilian Government: Admin skills (R&D/Mining/Production), loyalty, team skills (diplomatic/cyber/etc.)
Fleet: Ship Command skills, loyalty, team skills (diplomatic/cyber/etc.)
Ground: Ground Command Skills, loyalty, team skills (diplomatic/cyber/etc.)

Basically, each path or structure would have its speciallized skills, followed by general skills that any officer/leader could have.  Only ground officers could command ground units, only fleet officers could command ships or fleets, and only government officers could govern planets or sectors.  Any of the three could join teams.  Possibly, any retired fleet or army officer could join the government command structure.  

This is kind of complex, but it is more realistic.  In my fiction, I generally account for officers in "civilian" leadership roles are either advisors to the civil government, or leading the military's contribution to joint civilian/military efforts.  

Kurt
Posted by: IanD
« on: October 06, 2008, 04:42:29 PM »

Great story Steve!

One thing does stand out though is that the contribution of the Fleet Admirals to R&D, Mining etc. In my games I have renamed the two top rank spots as President & Governor respectively, since the control of a society by a military officer in a democracy seems a little odd given that those that achieve it  usually want to be called President. Is there any chance of introducing an eight rank that can either only have one occupant or is replaced every 4 years with the post holder being randomly generated as the National Leader is elected or selected(self or otherwise).

Regards
Posted by: Brian Neumann
« on: October 05, 2008, 10:12:59 AM »

Quote
The advanced railgun gets five shots rather than four. Unfortunately the Create Project window only shows 4 shots but it does get 5. I have fixed the display problem for v3.2.
That is good.  On a related note how about having an Advanced meson that uses the Advanced Laser as a base for it's range

Brian
Posted by: SteveAlt
« on: October 05, 2008, 08:56:19 AM »

Quote from: "Brian"
Steve, you do realize that there is no improvement from the standard railgun, to the Advanced railgun.  They have equal size, power requirments, shots, and damage.

I would suggest either reducing the size of the weapon, or the amount of power required per shot.  Increasing the damage would probably be to strong for the lower tech levels.
The advanced railgun gets five shots rather than four. Unfortunately the Create Project window only shows 4 shots but it does get 5. I have fixed the display problem for v3.2.

Quote
On a related note, the Advanced laser requires the power input to match the base damage, how about just upping the damage without requiring more power as well.
That sounds reasonable. I have set it up that way for v3.2

Steve
Posted by: SteveAlt
« on: October 05, 2008, 08:08:51 AM »

Quote from: "MWadwell"
(SNIP)

Quote from: "SteveAlt"
Quote from: "MWadwell"
Quick question though, regarding the ground combat, how much of that was roleplaying, and how much was the new combat rules incorporated in V3.2?
All the actual losses and damage were generated by the game. I added the descriptions of why the losses happened.
What about the damage to industry?

For example, during the fighting, the Indians lost their shipyard (during a ground attack), three construction factories, four mines, a maintenance facility and three conventional industrial complexes (during the Angi-10 attack on the Islamic forces). Were these losses automatically generated, or were they roleplayed?
Those losses were generated by the program. The shipyard was lost due to collateral damage during a ground combat and the other installations were lost to the collateral damage from a missile attack on Islamic ground forces. Collateral damage from ground combat is less in v3.2 than in v3.1 but there was a lot of combat in the Indo-Islamic war. Attacks on ground forces by missiles or other ship/PDC based weapons inflict collateral damage equal to half the attack damage.

Steve
Posted by: Brian Neumann
« on: October 05, 2008, 07:23:29 AM »

Steve, you do realize that there is no improvement from the standard railgun, to the Advanced railgun.  They have equal size, power requirments, shots, and damage.

I would suggest either reducing the size of the weapon, or the amount of power required per shot.  Increasing the damage would probably be to strong for the lower tech levels.

On a related note, the Advanced laser requires the power input to match the base damage, how about just upping the damage without requiring more power as well.

Brian
Posted by: MWadwell
« on: October 05, 2008, 04:59:13 AM »

(SNIP)

Quote from: "SteveAlt"
Quote from: "MWadwell"
Quick question though, regarding the ground combat, how much of that was roleplaying, and how much was the new combat rules incorporated in V3.2?
All the actual losses and damage were generated by the game. I added the descriptions of why the losses happened.

(SNIP)

What about the damage to industry?

For example, during the fighting, the Indians lost their shipyard (during a ground attack), three construction factories, four mines, a maintenance facility and three conventional industrial complexes (during the Angi-10 attack on the Islamic forces). Were these losses automatically generated, or were they roleplayed?
Posted by: SteveAlt
« on: October 04, 2008, 10:02:41 AM »

Quote from: "MWadwell"
WOW! :shock:

Excellent write-up!
Thanks!

Quote from: "MWadwell"
Quick question though, regarding the ground combat, how much of that was roleplaying, and how much was the new combat rules incorporated in V3.2?
All the actual losses and damage were generated by the game. I added the descriptions of why the losses happened. So for example in the part of the story that read

"For ten days the Indian Army held firm then on June 27th disaster struck. To try and relieve pressure on the line in front of New Delhi, the under-strength Indian First and Second Armoured divisions launched a counter-attack, trying to repeat the victory scored by the Second Armoured six weeks earlier. This time the Islamic forces were ready and the two Indian divisions walked into an ambush. A pitched battle ensued against both heavy assault divisions plus supporting infantry and the Indian units were cut-off. Despite a brave Indian attempt to rescue the encircled formations, the Second Armoured was completely wiped out and only small units comprising eleven percent of the pre-war strength of the First Armoured reached Indian lines. Two of the rescuing divisions also suffered significant casualties."

In the first two five day increments, losses were small on both sides so I decided the Indians were holding a line. In the next five day increment, the game generated heavy casualties for four Indian divisions, including the complete destruction of one armoured division and the reduction of a second to eleven percent readiness. I added the description of the counter-attack to build the losses into the story. Ground combat is much better in v3.2 though. Damage to readiness and changes in morale, plus a small recovery of readiness over time, allows much more interesting and dynamic combat. Attacking units don't take part in combat if their readiness if below 40% so that allows for units withdrawing and then returning to the fight. Missile (and beam as well with thin atmosphere) attacks on ground forces are now possible as well so that added an extra dimension too.

Steve
Posted by: MWadwell
« on: October 04, 2008, 04:19:21 AM »

WOW! :shock:

Excellent write-up!

Quick question though, regarding the ground combat, how much of that was roleplaying, and how much was the new combat rules incorporated in V3.2?
Posted by: SteveAlt
« on: October 03, 2008, 03:22:57 PM »

After a review of the brief action, the European Union decided to improve the design of their missiles. Both the European Union and the United States had improved their warhead technology since the design of the TNM-1 and Poseidon missiles and the United States had recently developed the Poseidon II, which was identical to its predecessor except for a fifty percent increase in warhead strength. The European designers took a different approach for the TNM-2. They retained the same warhead strength while reducing the warhead size and used the extra space to increase the power of the missile drive. The resulting design was forty percent faster than the TNM-1, with a corresponding increase in accuracy.

Code: [Select]
Poseidon II
Missile Size: 2 MSP  (0.1 HS)     Warhead: 3    Armour: 0     Manoeuvre Rating: 10
Speed: 7500 km/s    Endurance: 50 minutes   Range: 22.5m km
Cost Per Missile: 0.75
Chance to Hit: 1k km/s 75%   3k km/s 20%   5k km/s 15%   10k km/s 7.5%
Materials Required:    0.75x Tritanium   Fuel x625
Development Cost for Project: 75 RP
Code: [Select]
TNM-2
Missile Size: 3 MSP  (0.15 HS)     Warhead: 3    Armour: 0     Manoeuvre Rating: 10
Speed: 11700 km/s    Endurance: 21 minutes   Range: 15.0m km
Cost Per Missile: 1.0833
Chance to Hit: 1k km/s 117%   3k km/s 30%   5k km/s 23.4%   10k km/s 11.7%
Materials Required:    0.75x Tritanium   0.3333x Gallicite   Fuel x625
Development Cost for Project: 108 RP
The complexity of the situation in space was increased by the launch of the Kongo, the first Japanese spacecraft, on December 2nd. Since the ship was laid down, the Japanese had developed the Kaga-1 anti-ship missile, which had similar characteristics to the European TNM-1. Kongo carried thirty-seven missiles for her four launchers. The Japanese were nominally allies of the European Union and the United States and a US armoured division was still based in South Korea. However, despite the vital assistance of the two Western powers during the East Asia war the Japanese were fiercely independent and shared the concern of all the other powers over the EU-US exclusion zone around Mars. They were by no means an enemy to the West but they would act in their own best interests and therefore the potential threat from the Kongo would have to form part of all Western military strategy. Both the Kongo and the Indian Nirbhik class Monitor orbited Earth at 60,000 kilometers, which most experts believed would be outside the range of the Chinese Meson cannon, completing one orbit every 39 hours.

Economic Situation on January 2nd 2022
(Maintenance Facilities noted only where they are not equal to 5)

United States - Vice Admiral Rolf Purdom (Research 35%, Mining 15%, Shipbuilding 15%)
Population: 489m
Wealth: 4887
Shipyard: 2 Slipways of 3200 ton capacity
Research Facilities: 8
Conventional Industry: 476
Construction Factories: 363
Mines: 350
Ordnance Factories: 60
Fuel Refineries: 10
Maintenance Facilities: 10

European Union - Fleet Admiral Eva Tellez Pelayo (Res 30%, Prod 15%, Ship 10%, Growth 10%)
Population: 600m
Wealth: 6004
Shipyard: 2 Slipways of 2200 ton capacity
Research Facilities: 8
Conventional Industry: 376
Construction Factories: 350
Mines: 423
Ordnance Factories: 50
Maintenance Facilities: 6

China - Fleet Admiral Lai Cui Zhen (Research 35%, Wealth 20%, Growth 10%, Ship 5%, Mining 5%)
Population: 1626m
Wealth: 19512
Shipyard: 2 Slipways of 2500 ton capacity
Research Facilities: 6
Conventional Industry: 410
Construction Factories: 270
Mines: 250
Ordnance Factories: 10

Japan – Tai-Sho Yamahata Takakazu (Research 30%, Shipbuilding 15%, Pop Growth 10%)
Population: 426m
Wealth: 4268
Shipyard: 2 Slipways of 2100 ton capacity
Research Facilities: 5
Conventional Industry: 285
Construction Factories: 140
Mines: 140
Ordnance Factories: 20
Maintenance Facilities: 3

USAN – Almirante Luzia Alcoforado (Research 25%, Prod 20%, Wealth 15%, Pop Growth 15%)
Population: 489m
Wealth: 5633
Shipyard: 1 Slipway of 1000 ton capacity
Research Facilities: 3
Conventional Industry: 88
Construction Factories: 81
Mines: 130

Russian Federation – Marshal Helen Belkin (Research 30%, Prod 20%, Growth 20%, Wealth 5%)
Population: 262m
Wealth: 2752
Shipyard: 2 Slipways of 1000 ton capacity
Research Facilities: 4
Conventional Industry: 66
Construction Factories: 110
Mines: 123

India – Admiral Behula Karia (Research 25%, Logistics 15%, Pop Growth 10%)
Population: 1277m
Wealth: 12777
Shipyard: 1 Slipway of 1500 ton capacity
Research Facilities: 3
Conventional Industry: 103
Construction Factories: 50
Mines: 66
Ordnance Factories: 5

Islamic Alliance – Caliph Barakah Abbas (Shipbuilding 25%, Mining 20%, Growth 20%, Wealth 5%)
Population: 612m
Wealth: 5427
Shipyard: 1 Slipway of 2000 ton capacity
Research Facilities: 2
Conventional Industry: 86
Construction Factories: 30
Mines: 33

The People’s Republic of China launched its first two warships on January 7th 2022. The two Luda class destroyers moved into the same 100,000 kilometre orbit as the two American Lexingtons, albeit one hundred and twenty degrees further around the Earth. Given the Luda's high speed, the Chinese leadership was very confident about their ability to rapidly close and attack.

On February 27th 2022 the Islamic Alliance launched a surprise ground attack on the Republic of India. The offensive was spearheaded by two Heavy Assault divisions using the latest Trans-Newtonian technology, one of which was comprised of Chinese “volunteers” while the other appeared to have been trained by the Islamic Alliance. The rest of the Islamic ground forces comprised two armoured divisions and eight infantry divisions but the two heavy assault divisions provided sixty percent of the offensive firepower. Indian forces comprised three armoured divisions and twelve infantry divisions but no Trans-Newtonian units.

The initial attack was concentrated on the Pakistan – India border and broke through within four days, crushing two Indian infantry divisions for the loss of a single Islamic infantry division. Given the defensive advantages of infantry, the loss in actual combat power was closer to four to one. The Indians demanded the Islamic Alliance halt its offensive immediately or they would resort to nuclear weapons. Although India had only a 40-30 advantage in ICBM silos, they also had the Nirbhik class monitor in a 60,000 km orbit, which they believed would easily deal with any Islamic missile attack. The Alliance ignored Indian threats and pushed forward into north-western India.

Indian units, most of which concentrated on the Chinese border, were rapidly redeploying to meet the attack and did not have chance to form a coherent defence. In desperation they were thrown into the line as they arrived and were quickly smashed by the power of the Heavy Assault divisions. Two more Indian infantry divisions were lost without even slowing down the Islamic advance. With their defences unravelling fast the Indian government considered asking for international support but they sill believed they could defeat their enemy without assistance by resorting to their nuclear deterrent and were too proud to ask for help from former colonial powers. Their main concern was China stabbing them in the back while they were focused on trying to defeat the Islamic Alliance. In this case, however they decided the international community would intervene without India asking for help because of the threat of China gaining access to Indian industry and resources.

With the decision made, India launched thirty ICBMs at Islamic targets. The missiles began climbing into the atmosphere, setting off early warning alarms across the globe. Even as the alarms sounded, the Indian ambassadors to every major power informed their host governments that a launch was underway and the target was the Islamic Alliance. Within thirty seconds of the launch, the Islamic Alliance responded with its own ICBM launch, although in this case only ten missiles from a single base. Regardless of international understandings, every missile detection sensor in Earth orbit went active within a minute of both launches.

The Indian monitor Nirbhik broke its 60,000 kilometre orbit and closed to just above the atmosphere to engage the Islamic missiles. Two minutes after the Islamic missile launch, Nirbhik’s first salvo of six shots from its small gauss cannon destroyed four of the ten inbound ICBMs. Just as the Indian generals in their underground bunker were beginning to congratulate each other, two previously unknown Islamic bases engaged active sensors and fire control systems illuminated the Indian ship. Even as the order was being given for Nirbhik to return to its high orbit, each Islamic base fired four meson cannon. All eight shots were on target. Chaos reigned aboard Nirbhik as explosions tore through her hull, wrecking her engine and taking out four gauss cannon, the active sensor and the fire control system. Fifteen seconds later, a follow salvo blew the crippled ship apart. Only twenty-two of her one hundred and twenty-three crew made it to the lifepods. The survivors did not include her captain, Commodore Usha Banerjee. With Nirbhik destroyed, the two Islamic bases turned their attention to the incoming Indian ICBMs. Every shot was on target and in less than one minute, all thirty were destroyed. Any doubts about the ability of Meson cannon to stop conventional ICBMs had been brutally put to rest.

The remaining six Islamic Alliance ICBMs were self-destructed before they hit their targets, making clear that the Islamic Alliance expected to win a total victory and didn’t want to damage industry they soon intended to capture. It appeared the Indians were in a hopeless situation. They had no way to stop the twenty Islamic ICBMs that had not been fired, or the ICBMs launched by anyone else. Then they launched eight Agni-10s, a newly developed Trans-newtonian missile with a speed of 9200 km/s, from their fourth missile base.

The Agni-10s hit their targets before the Islamic Alliance even had time to lock on to them. Each one had a strength-6 warhead, equal in power to a conventional ICBM even though the Agni-10 was only a quarter of the size. Five million citizens of the Islamic Alliance were killed in the attack and industrial losses were considerable, including one of the two Islamic research facilities, their only deep space tracking station, the Islamic naval academy, four construction factories and eight mining complexes. The radiation from the attack caused a slight fall in global industrial output, mainly due to fear and concern from the public, and the dust thrown up into the atmosphere caused a worldwide drop in temperature of half a degree. The Indian government threatened that unless the Islamic Alliance ceased their attack immediately, further Agni missiles would be launched.

NB: New ground combat rules added at this point – damage to readiness instead of total destruction.

To the surprise of many outside observers, there was no immediate retaliatory strike from the Islamic Alliance and their ground offensive continued unabated. Despite the shock of the Agni-10s, the leaders of the Alliance believed they had taken India’s best shot and there was nothing left to stop their ground offensive. Fortunately for the Indian units, the Islamic advance was slowing to allow supplies to catch up and they finally managed to form a solid defensive line. For several days there were no major battles as the scouting formations of both sides tried to establish the positions of the other. Then the Islamic Alliance began to probe more heavily and several Indian units took significant losses, particularly the 1st Armoured Division which lost a third of its tanks. Alliance losses were minimal. Finally, the Alliance attempted a breakthrough toward the Indian capital, resulting in a wide-ranging battle. Two Islamic infantry divisions suffered twenty-six percent casualties and inflicted an average of thirty-eight percent casualties on three Indian divisions. The line continued to hold but morale on the Indian side was wavering and the advantage of the Alliance was steadily growing.

Over the next two weeks Indian defences were gradually ground away. Some units, notably the Seventh and Sixteenth infantry divisions, fought hard and their experience grew but others suffered heavy casualties. Three infantry divisions were at only 65% of their mandated strength and one of the three remaining armoured divisions was at 45%. Something had to give and it was the forces defending India's shipyard complex north-west of New Delhi. Pressed hard by the Islamic heavy assault divisions they were forced back into the shipyard complex itself. After a desperate battle they retreated to avoid being cut-off, leaving the shipyard in ruins. Even if India could somehow hold back the Islamic tide, the loss of their only shipyard would have profound effects on the future of their space program. The only item of good news was that the Islamic 1st infantry division was shattered by the battle and was sent back into Islamic territory with over seventy percent losses.

Although the Western powers discussed intervention to aid India, both the US State Department and the European Department of Foreign Affairs urged their leaders to stay out of the fight. No vital interests were at stake and this was not a case of China growing too powerful by absorbing her rivals in the Far East. India and the Islamic Alliance were causing significant damage to each other and whoever won the war would not be in a particularly strong position. The only situation where the expenditure of blood and treasure would be required was if China intervened.

Almost unnoticed by a world fixed on the Indo-Islamic war, the two Spruance class geological survey ships were launched by the United States on April 22nd 2022. Both ships left orbit within hours. Although the state of relations between the European Union and the United States was strong enough for the US to ask for existing survey data, which was complete except for approximately 25% of asteroids in the Kuiper Belt, both nations were more comfortable with the United States gathering its own data. If the EU provided the data, the US would not be able to carry out its own survey without suggesting it didn't trust the EU and if the US didn't carry out a survey there would always be a suspicion the Europeans were concealing additional ruins elsewhere ins the Sol system. Five days later, Japan launched its second Kongo class destroyer, giving it a mobile combat capability second only to the United States. Although the Europeans had three warships in service, the two Kongos completely  outclassed their European counterparts.

On May 2nd, the Islamic Alliance launched an all-out attack along the entire front. Seven of India's eleven remaining divisions, most of which were already worn down by weeks of combat, suffered losses ranging from 4% to 27%, leaving only one Indian division at more than eighty percent of its pre-war strength. Islamic losses were insignificant. Since their Agni-10 attack on March 7th, the Indians had built six more of their Trans-Newtonian missiles. Debate now raged within the India government as to whether to accept defeat was almost inevitable and use these in a revenge attack against Islamic industrial targets or launch them against the Islamic ground forces within India in an attempt to reverse the course of the ground war. Both sides were recovering readiness at about two percent per week and the Indian forces were far more disorganised than their opponents. If the Islamic Alliance could be dealt a severe enough blow to halt their offensive, it would give the Indian Army time to recover. The problem with attacking ground units was that since the destruction of the Nirbhik, no Indian active sensors were available to target them. Therefore, to keep their options open the Indians began constructing a small sensor outpost. By the time the outpost would be finished, the Indians expected to have a further two Agni-10s.

Code: [Select]
Trinkat class Sensor Outpost    100 tons     7 Crew     22 BP      TCS 2  TH 0  EM 0
Armour 5-1     Sensors 1/5     Damage Control Rating 0     PPV 0
Active Search Sensor  (1)     GPS 5     Range 50k km    Resolution 1
While the outpost was being built the Islamic attacks continued. The Indians finally scored a minor victory when they managed to ambush the lead elements of one of the two Islamic heavy assault divisions, inflicting thirteen percent casualties on the division as a whole. Although the attacking forces suffered more than twice the Islamic losses, this was the first time the apparently invincible heavy assault divisions had suffered any setback. Several days later, inspired by the recent battle, the Second Indian Armoured Division launched an almost suicidal attack into the flank of the other heavy assault division. Confusion reigned among the Islamic forces, unused to such aggression after two months of Indian retreats. Despite suffering over forty percent losses, the Second Armoured inflicted an equal amount of casualties on its technologically advanced rival. In terms of combat power rather than numbers, Islamic losses were four times greater than their Indian attackers. The counter-attacks brought a pause to the combat and over the next week losses were low on both sides, giving the Indians time to complete their sensor outpost.

The post engaged its active sensors on May 17th, illuminating the positions of the Islamic Army. Just five seconds after the outpost went active, eight Angi-10 missiles were launched by an Indian missile base. Since the last Agni-10 launch, the Islamic Alliance had configured the fire control systems on its two meson-armed PDCs to fire at any incoming missiles without waiting for manual confirmation. The system worked exactly as intended and the incoming Agni-10s were detected and engaged before they could hit their targets. Unfortunately for the Alliance, their fire control systems were designed to track objects moving at 1000 km/s per second or less and the Indian missiles had a speed of 9200 km/s. All eight shots from the meson cannon missed their targets.

Islamic ground forces were hit hard by the missile attack, losing a quarter of their total strength. One of the two heavy assault divisions suffered so greatly it had to be pulled out of the attack until it could be reinforced. The Islamic Sixth Infantry division was also withdrawn and the Fourth Armoured was only barely in the fight after being reduced to forty percent of its normal strength. Collateral damage to Indian towns and cities close to the strikes was considerable and losses included three construction factories, four mines, a maintenance facility and three conventional industrial complexes. As a result of the Agni-10 strike, taking account of those units withdrawn to Islamic territory, the offensive combat strength of the Islamic Alliance compared to the defensive strength of the Republic of India was reduced from a 2-1 advantage to a thirty percent advantage. While they still retained the initiative, the Islamic Alliance was badly shaken by the attack and their anticipated imminent victory was suddenly pushed far into the distance. Global radiation levels, which were starting to fall after the previous attack, were increased to new heights. In several countries, protests at the rising background radiation became riots and had to be quelled by police and local military forces.

Two hours after the attack, the Islamic Alliance launched ten conventional ICBMs at Indian positions. After suffering such a setback, their previous strategy of avoiding nuclear strikes on Indian territory was abandoned in favour of redressing the balance of conventional forces. In addition to the ICBM attack, the two Islamic meson-armed bases attacked the newly built Indian sensor outpost, the missile base that launched the Agni-10 attacks and a second missile base detected earlier in the war. All three were rapidly destroyed.

Aware that the retaliatory Islamic missile attack could neutralise recent Indian gains, the Presidents of the USA and the EU conferred with their staffs and each other on the subject of limited intervention to shoot down the ICBMs. Their declared reason would be to prevent further increases in atmospheric radiation levels, while their actual intention would be to avoid the Islamic Alliance gaining a decisive advantage. Ending the Indo-Islamic war was not necessary as long as the eventual winner suffered considerable losses. After five minutes of hurried consultation, the decision to intervene was made. The European frigate Bayern and the US destroyers Saratoga and Valley Forge engaged the ICBMs with missiles. With a speed of 7500 km/s and 8300 km/s respectively, the US Poseidon II missiles and the European TNM-1s streaked toward the ICBMs, almost stationary in comparison with a speed of 10 km/s. One salvo was sufficient to end the threat. The US and European ambassadors to the Islamic Alliance were subjected to a torrent of abuse from the Islamic leaders, including promises of divine retribution against their home countries, before being unceremoniously ejected from Islamic territory. The Indian Prime Minister privately thanked his Western counterparts, although India made no public acknowledgement of the vital assistance.

On June 7th, the US archaeological team on Mars discovered ancient records containing information on advanced railgun technology. The US had recently developed 12cm railguns and increased railgun velocity so this new discovery fitted in well with the course of US weapon development. As per the terms of the Mars treaty, the new technical data was passed along to the European Union.

After the failed Islamic missile attack, the Indo-Islamic war entered a quiet phase with casualties rates low on both sides. By mid-June one Islamic heavy assault division was back at full strength and the other had been pulled out of the reserves to rejoin the battle, albeit at only 40% strength. The Alliance renewed its offensive and pushed hard, looking for a weakness. For ten days the Indian Army held firm then on June 27th disaster struck. To try and relieve pressure on the line in front of New Delhi, the under-strength Indian First and Second Armoured divisions launched a counter-attack, trying to repeat the victory scored by the Second Armoured six weeks earlier. This time the Islamic forces were ready and the two Indian divisions walked into an ambush. A pitched battle ensued against both heavy assault divisions plus supporting infantry and the Indian units were cut-off. Despite a brave Indian attempt to rescue the encircled formations, the Second Armoured was completely wiped out and only small units comprising eleven percent of the pre-war strength of the First Armoured reached Indian lines. Two of the rescuing divisions also suffered significant casualties. The Islamic Alliance had fully regained the initiative and the Indian capital was close to falling. Only one Indian Armoured division, the Fourth, remained combat effective, supported by eight battered infantry divisions and the remnants of the First Armoured.

The Alliance took full advantage of its victory and launched an all-out attack on New Delhi. The battle was the most intense of the war so far with desperate, even fanatic, Indian soldiers fighting for every scrap of ground. After two weeks of intense combat the Republic of India lost its capital, along with the First Armoured division and the Sixth and Eleventh Infantry divisions. On July 17th, five days after the fall of the capital, India launched another Agni-10 attack. By this time, Indian High Command had virtually given up any chance of winning the war so the attack was directed against Islamic industrial targets rather than against their ground forces. The Indians were determined that any Islamic victory would be as costly as possible.

Even if the Western powers had wanted to stop the attack, they would not have time to launch counter-missiles. As before, the Islamic meson bases were inadequate against the fast-moving Indian missiles and all ten struck their targets. Islamic casualties were six million dead and their industrial losses included six construction factories, six mining complexes, an ordnance factory, a maintenance facility, nineteen conventional industrial complexes, their commercial freight facility and their only shipyard. Earth's background radiation count leapt to a new high and the dust level was now sufficient to lower temperatures by 0.7 degrees. The Islamic meson bases targeted the newly revealed Indian missile base and destroyed it within two minutes. With victory at hand, the Islamic Alliance refrained from their previous reprisal tactic. With both the Indian and Islamic shipyards destroyed, the Alliance needed to capture as much intact industry as possible.

On July 22nd, the People's Republic of China launched two more Luda class destroyers, taking the total number of the class to four. The senior military commanders of the European Union urged their civilian leaders to authorise a new class of warship before the Union was left behind. The United States and China both had four warships of 2000 tons, Japan had two 2100 ton warships while the Union had two 1000 ton warships and one of 1200 tons, none of which were as capable as their potential opponents. The President of the Union accepted the wisdom of their argument and authorised work on a new design.

By July 27th 2022 the United States had increased the capacity of its shipyard to 3700 tons. The first design to take advantage of the increased capacity was the Portland class freighter. At 3650 tons it was by far the largest ship envisaged by any power and its cargo capacity would be sufficient to transport newly recovered installations from Mars to Earth. Retooling would take until October, at which point two Portlands would be laid down. In early August, Japan launched its third Kongo class destroyer, emphasising its lead over the European Union in terms of mobile combat capability. and demonstrating that it could challenge China and the United States

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Portland class Freighter    3650 tons     113 Crew     142 BP      TCS 73  TH 75  EM 0
1027 km/s     Armour 1-21     Shields 0-0     Sensors 1/0/0/0     Damage Control Rating 0     PPV 0
Annual Failure Rate: 730%    IFR: 10.1%    Maintenance Capacity 0 MSP    Max Repair 15 MSP
Cargo 25000    

Nuclear Thermal Engine (3)    Power 25    Efficiency 1.00    Signature 25    Armour 0    Exp 5%
Fuel Capacity 50,000 Litres    Range 24.6 billion km   (277 days at full power)
Indian losses in the Indo-Islamic war continued to rise and Islamic forces advanced in every direction. By August 6th, India had only four functioning infantry divisions, two of which were at less than 35% strength. The last of the Indian armour lay wrecked along the line of the retreat from New Delhi. India continued to build Agni-10s and intended to use the last of them before surrendering, although only one missile base remained so this would be the last retaliatory attack. They were also building their first Trans-Newtonian combat unit, a Garrison division that would be entirely defensive, which would be ready in early September. The remnants of the Indian Army were now retreating toward the ground forces training facility where it was being assembled.

In terms of combat power, Islamic forces had a ten to one advantage over the Indian Army and they used it ruthlessly. Battered by constant attack, the Indian divisions came apart one by one. The Seventh was first to go, quickly followed by the Sixteenth. The Ninth and Twelfth began to disintegrate and on August 17th, the senior Indian officer, Admiral Behula Karia, informed his Prime Minster that Indian resistance was likely to end within the next few days. There was no conceivable way the two divisions, at 22% and 38% strength respectively, could hold on for another fifteen days until the Garrison division was ready. The Prime Minister ordered the Admiral to launch India's last eight Agni-10s from their last missile base. The Islamic meson cannon finally got lucky and hit one inbound missile. The other seven all struck their targets. A further four million Islamic civilians were killed, along with seventeen conventional industrial complexes, three construction factories, four mining complexes and the remaining Islamic research facility. The Islamic meson bases responded by destroying the Indian missile base.

Somehow, the last two Indian divisions survived another ten days before finally being overwhelmed. With all Indian military forces destroyed the Alliance issued a demand for unconditional surrender. Pleading confusion and disorganization, the Indian government managed to delay for forty-eight hours, just long enough to allow the Garrison division to be completed and deployed. With the new high tech unit guarding their redoubt in the foothills of the Himalayas, the Indian government refused to surrender and finally issued a desperate call for international aid. The Western Powers maintained their existing stance that expending considerable resources to save India was not justified. While they were content to intervene by shooting down Islamic ICBMs, they did not want to put boots on the ground. Besides, public opinion in both countries was divided, particularly since India was the only side in the war to use nuclear weapons against civilian targets. Russia, Japan and South America were equally unwilling to get involved.

India's salvation came from a very unlikely source. One of the two Islamic heavy assault divisions was comprised of Chinese 'volunteers'. On September 2nd 2022, that division changed sides on the orders of the Chinese leadership and was supported by the arrival of two Chinese infantry divisions. China declared to the world that she was acting to end the conflict in the name of peace. Her stated reasons were that the Indo-Islamic War was threatening international stability and the background radiation level was already too high and threatened to get worse. As Chinese troops took up positions alongside the Indian Garrison division, China called on the Islamic Alliance to cease its offensive and return to pre-war borders. The Islamic leadership was incensed, to put it mildly. Caliph Barakah Abbas, the figurehead leader of the Alliance, contacted his Chinese counterpart on the instruction of the leadership and demanded an explanation for the Chinese betrayal. On hearing the same reasons as the Chinese made public, the Caliph contemptuously pointed out that without Chinese interference the war would have ended within days anyway and insisted that either Chinese troops withdrew from Indian territory or they would face the wrath of the victorious Islamic armed forces. The Chinese leader hung up on the Caliph and gave a quiet order to Fleet Admiral Lai Cui Zhen, head of the Chinese military. A minute later, the three Chinese Jianghu class planetary defence centres opened fire on their Islamic opposite numbers. One Islamic base was totally destroyed and the second lost three of its four meson cannon. The wounded base managed a solitary return shot, damaging a Chinese base, before it was smashed into wreckage by the second Chinese salvo.

The Chinese now offered the Indian Prime Minister an ultimatum. Join with China to form a single nation under Chinese leadership or the Chinese divisions would withdraw and let India face the wrath of the Islamic Alliance alone. The Chinese promised safety for the Indian population and relative autonomy within the original borders, as well as providing disaster relief and the industrial muscle to revitalise the shattered Indian economy. In return, the Chinese government would control all military forces and determine foreign policy, including the direction of future space exploration. Compared to the likely holocaust that would ensue under Islamic domination, the Chinese terms were extremely generous and the Indian government knew it. On September 4th, the Chinese and Indian governments issued a joint statement, informing the world that they were now one nation - the Asian Federation.

As a result of the formation of the Federation, China gained three research facilities, giving her a total of nine, one more than either the United States or the European Union had on Earth, although both nations had discovered research facilities on Mars. She also gained three maintenance facilities, forty-one construction factories, fifty-eight mines, seventy-eight conventional industrial complexes, a ground force training facility, seventeen ordnance factories, a deep space tracking station, the Indian Naval Academy, the Indian civilian space centre, sixteen thousand tons of refined minerals and four million litres of fuel. Her population increased from 1647m to 2837m. As well as the immediate material benefits, China added India's scientific knowledge to her own. Among the new technologies provided to Chinese scientists were nuclear thermal missile drives and gauss cannons, as well as hardware designs such as the Agni-10 and its associated launcher. To their surprise, all senior Indian officers were transferred directly into the officer corps of the new Asian Federation, an act which gave them a degree of immediate loyalty to the new organization.

The Islamic Alliance was now faced with the prospect of attacking the full might of the old People's Republic of China. Even so, their forces in India charged ahead, trying to maintain the momentum they had gained in the last seven months of heavy fighting. The Islamic Second Armoured Division led the attack, straight into a wall of fire. After losing half its tanks and inflicting minimal losses, the Second Armoured was forced to withdraw. Five days later the Islamic Army tried again and suffered heavy losses to two infantry divisions. At this point the newly appointed President of the Asian Federation declared that unless the Islamic Alliance ceased its attack immediately, the Federation would launch a devastating attack on Islamic industrial targets using its large force of conventional ICBMs. With no real hope of a conventional victory and no way to prevent a Federation missile strike, the Alliance was forced into a humiliating retreat across Northern India. On September 18th, the Indo-Islamic war was finally over.

The cost of the failed Islamic invasion was considerable. The Alliance was left without a shipyard, research facilities, a naval academy, a commercial freight facility or any deep space tracking stations and fifteen million civilians were dead. Its entire industrial base now comprised seventeen construction factories, seventeen mines, five ordnance factories, forty-two conventional industrial complexes, a ground force training facility and a single maintenance facility. Its only real military power was its ten divisions, including one heavy assault and two armoured.

to be continued...
Posted by: SteveAlt
« on: October 03, 2008, 03:03:16 PM »

The focus of the fighting was South Korea, with Chinese and North Korean forces pouring over the border near Seoul. American forces had been withdrawn several years previously, after the alliance between Japan and her neighbours, and replaced by a Japanese armoured division. That division now stood with the South Korean army in the desperate battle for Seoul. Waves of Chinese troops crashed against the defences, suffering massive casualties but solely wearing down the South Koreans. North Korean artillery pounded the city into rubble, destroying newly converted factories, damaging key research facilities and killing civilians by the tens of thousands. As the Korean line started to bend under the intense pressure, the Japanese armoured division launched an almost suicidal counter-attack, smashing into the flank of the advancing Chinese and wreaking havoc and confusion in equal measure. Three Chinese infantry divisions were completely wiped out before the Japanese armour was cut-off and surrounded by Chinese armoured divisions. Even so, a fourth Chinese infantry division was cut to pieces by fanatical resistance before the Japanese were finally overrun. The fearless attack and valiant last stand of the Japanese division bought time for the South Korean defenders and four days after the start of the war, the line stabilised in the northern outskirts of their capital.

With the notable exceptions of the Russian Federation and the Islamic Alliance, the other powers condemned the invasion but made no offers of direct assistance. Behind the scenes, efforts were made to establish a ceasefire but the Chinese rebuffed all offers of mediation, still convinced their ground forces could achieve victory. High level delegations from the European Union and the United States discussed a formal return to the NATO alliance that had fallen from favour after the European Union formed its own integrated command structure. Both were extremely concerned that if China gained access to the industry and research facilities of Japan and her allies, she would become the most powerful nation in the world.

With her offensive in Korea stalled for the moment, China launched the second stage of her attack with an amphibious and airmobile assault on Taiwan, home to the Republic of China. Both sides had been preparing for the possible attack for many years and the Republican army was well trained and well-equipped but badly outnumbered. Despite the ongoing conflict in Korea, tactical surprise was achieved and the Chinese established a beachhead. Fierce fighting raging across the country for several days as the Chinese drove inland, shattering three Republican divisions at a cost of two of their own. Only Japanese and Filipino reinforcements prevented a complete collapse.

Japanese-led forces now comprised two armoured divisions and eight infantry divisions and faced a Chinese force of three armoured divisions and fifteen infantry divisions. Over the next five days, both sides suffered losses equal to an infantry division. The Japanese-led forces were holding but they could not afford to continue taking losses equal to that of the Chinese. Meanwhile the United States and the European Union had agreed that some form of formal military cooperation would be needed to send a message to the Chinese and they now debated whether to send land forces to aid the Japanese. Their primary concern was a Chinese ICBM attack that they could not hope to prevent while their only realistic threat against China was a ground assault to take out the PDCs. Plans were made for both the reinforcement of the Japanese and an all-out ground assault against China.

The Chinese continued their offensive on Taiwan, destroying another Republican infantry division with minimal casualties among the attacking units. The balance was slowly tilting in favour of the Chinese and the Japanese intensified their calls for international assistance, warning that they would be soon forced to launch their ICBMs as a desperation measure. The Chinese increased the pressure with a renewed offensive in Korea, breaking through east of Seoul and destroying a Korean division. The Japanese alliance was starting to come apart with open discussion in the South Korean and Republic of China parliaments of a separate peace with China.

With the ground war now three weeks old and the Japanese reduced to seven divisions, the United States and Europe finally acted. Four US divisions, including an armoured divisions, and three infantry divisions from the European Union were sent to reinforce the Japanese, along with several European and American officers. The price for the Japanese was gauss and beam fire control technology. The reinforcements arrived during a lull in the fighting as the Chinese regrouped for what they believed would be the final assault. For five days, both sides suffered only minor casualties then the Chinese launched another assault on Seoul, both from the north and the east. A Korean and a European division were lost but two Chinese divisions were destroyed and the offensive was stopped cold.

Fifteen Chinese divisions, including three armoured, now faced twelve allied divisions, also including three armoured. Given the strength of infantry divisions on their defensive, the situation now favoured the allies, especially as the United States and the European Union had a further twenty-eight divisions in reserve, twelve of which were armoured. The leadership of the People’s Republic was furious with the USA and EU and threatened all-out nuclear war unless they withdrew immediately. The allies stood firm, pointing out that the Chinese could inflict massive devastation on allied industry but their ICBM force was not powerful enough to destroy more than half of it and in the meantime the superior allied ground forces would overrun China and capture its industry. Fortunately for the allies, the deadly meson cannon was a precision weapon and could not be used effectively against area targets such as ground forces or population and industry.

The Chinese were faced with several options, none of which were attractive. They could continue the ground war, but that would almost certainly be a losing fight given the allied reserves, launch a nuclear attack that would severely damage their enemies but run the very real risk of being overrun by an all-out allied ground attack or accept the status quo ante bellum after losing almost forty percent of their pre-war divisions for no gain, except some collateral damage to Japanese industry. Unless prepared to accept catastrophic losses, both sides were effectively stalemated. The allies could probably win a ground war but at the cost of massive industrial damage and long-term radiation effects and they could not launch their own ICBMs because the Chinese meson cannon would shoot them down. The Chinese were a pragmatic people so they chose to halt the fighting and wait for a better opportunity. A peace treaty was signed amid the ruins of Seoul and both sides began preparing for an inevitable rematch. South Korea and Taiwan suffered considerable economic losses during the month-long conflict. Ten construction factories, four mining complexes and two maintenance facilities were destroyed and 900,000 civilians were killed.

In an effort to change the balance of power, the United States designed the Zeus missile, which was intended to replace conventional ICBMs in US missile silos. The Zeus would negate the ability of the Chinese meson cannon to wipe out standard ICBMs as its flight time would only be a few seconds. Given its importance, development of the Zeus would take priority over railgun development. Its major drawback was cost as the ten existing ordnance factories would only be able to produce ten Zeus per year. Therefore, the United States passed the idea on to the Europeans and advised them to develop a similar missile. In addition, the latest conversions of conventional industry were changed to ordnance factories. The People’s Republic had already begun building additional ICBMs so its missile bases could be replenished after firing at planetary targets and all sides had begun development of ground units based on trans-Newtonian technology.

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Zeus Intercontinental Trans-Newtonian Missile
Missile Size: 24 MSP  (1.2 HS)     Warhead: 25    Armour: 0     Manoeuvre Rating: 10
Speed: 9400 km/s    Endurance: 3 minutes   Range: 1.9m km
Cost Per Missile: 9.75
Chance to Hit: 1k km/s 94%   3k km/s 30%   5k km/s 18.8%   10k km/s 9.4%
Materials Required:    6.25x Tritanium   3.5x Gallicite   Fuel x625
Development Cost for Project: 975 RP
In September 2019, India became the third nation to research nuclear thermal engine technology and immediately began development of a functional drive. The Russian Federation continued its strategy of acting as a technology broker by providing Gauss technology, active sensors and beam fire control to India in exchange for Pressurised Water Reactors and Nuclear Thermal Engines.

A second European cybernetic team had been deployed to Mars in the early months of 2019 in an effort to recover as many alien installations as possible before the other powers could survey the planet. In October of the same year, that second team managed to restore power and life support to a section of the damaged alien city large enough to support 300,000 people. In anticipation of such an event, the European Union had already developed Cryogenic Transport modules and now used that technology to design a colony ship. The European shipyard had recently been upgraded to 1200 tons and was partway through construction of an updated Bayern class with two missile launchers. Retooling of the shipyard began immediately and the first Santa Maria was scheduled to be laid down in late January of 2020.

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Santa Maria class Colony Ship    950 tons     43 Crew     145.5 BP      TCS 19  TH 25  EM 0
1315 km/s     Armour 1-8     Shields 0-0     Sensors 1/0/0/0     Damage Control Rating 0     PPV 0
Annual Failure Rate: 190%    IFR: 2.6%    Maintenance Capacity 0 MSP    Max Repair 100 MSP
Colonists 10000    

Nuclear Thermal Drive (1)    Power 25    Efficiency 1.00    Signature 25    Armour 0    Exp 5%
Fuel Capacity 50,000 Litres    Range 94.7 billion km   (833 days at full power)
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Bayern II class Frigate    1200 tons     133 Crew     146 BP      TCS 24  TH 25  EM 0
1041 km/s     Armour 1-10     Shields 0-0     Sensors 1/0/0/0     Damage Control Rating 1     PPV 6
Annual Failure Rate: 11%    IFR: 0.2%    Maintenance Capacity 76 MSP    Max Repair 30 MSP
Magazine 56    

Nuclear Thermal Drive (1)    Power 25    Efficiency 1.00    Signature 25    Armour 0    Exp 5%
Fuel Capacity 50,000 Litres    Range 75.0 billion km   (833 days at full power)

S3 Missile Launcher  (2)    Missile Size 3    Rate of Fire 90
F60-10 Missile Fire Control (1)     Range 6.0m km    Resolution 20
TNM-1 (17)  Speed: 8300 km/s   End: 30 minutes    Range: 14.9m km   Warhead: 3    MR: 10    Size: 3
S60-10 Active Sensor (1)     GPS 600     Range 6.0m km    Resolution 20
On October 26th 2019, the United States launched Lexington and Yorktown, its first Trans-Newtonian spacecraft. The two destroyers were far superior to the European Bayern and Bayern II classes and would likely remain the most powerful warships in space for the foreseeable future. Determined to ensure its dominance in space combat, the United States laid down two more units of the same class. In early December, the Russian Federation and the Japanese Alliance both deployed the first Trans-Newtonian ground units. Described as Garrison divisions, the new units were entirely defensive in nature and in that role were four time more effective than a regular infantry division. With the Japanese strengthening their ground forces, the first two US and European divisions returned home.

Economic Situation on January 3rd 2020

United States - Vice Admiral Rolf Purdom (Research 35%, Mining 15%, Shipbuilding 15%)
Population: 462m
Wealth: 4617
Research Facilities: 8
Conventional Industry: 756
Construction Factories: 200
Mines: 193
Ordnance Factories: 40
Fuel Refineries: 10

European Union - Fleet Admiral Eva Tellez Pelayo (Res 30%, Prod 15%, Ship 10%, Growth 10%)
Population: 569m
Wealth: 5689
Research Facilities: 8
Conventional Industry: 773
Construction Factories: 160
Mines: 250
Ordnance Factories: 16

China - Fleet Admiral Lai Cui Zhen (Research 35%, Wealth 20%, Growth 10%, Ship 5%, Mining 5%)
Population: 1558m
Wealth: 18695
Research Facilities: 6
Conventional Industry: 610
Construction Factories: 140
Mines: 140
Ordnance Factories: 10

Japan – Tai-Sho Yamahata Takakazu (Research 30%, Shipbuilding 15%, Pop Growth 10%)
Population: 403m
Wealth: 4030
Research Facilities: 5
Conventional Industry: 422
Construction Factories: 80
Mines: 82

USAN – Almirante Luzia Alcoforado (Research 25%, Prod 20%, Wealth 15%, Pop Growth 15%)
Population: 462m
Wealth: 5318
Research Facilities: 3
Conventional Industry: 193
Construction Factories: 50
Mines: 56

Russian Federation – Marshal Helen Belkin (Research 30%, Prod 20%, Growth 20%, Wealth 5%)
Population: 244m
Wealth: 2561
Research Facilities: 4
Conventional Industry: 215
Construction Factories: 60
Mines: 54

India – Admiral Behula Karia (Research 25%, Logistics 15%, Pop Growth 10%)
Population: 1224m
Wealth: 12241
Research Facilities: 3
Conventional Industry: 163
Construction Factories: 31
Mines: 30

Islamic Alliance – Caliph Barakah Abbas (Shipbuilding 25%, Mining 20%, Growth 20%, Wealth 5%)
Population: 578m
Wealth: 6068
Research Facilities: 2
Conventional Industry: 118
Construction Factories: 21
Mines: 10

A third cybernetic team was added to the European expedition to Mars in early 2020. Recovery of ancient alien installations was continuing with the total including eight mines, eight automated mines, three construction factories, an ordnance factory, two deep space tracking stations and two hundred alien missiles. Life support had been restored to a section of the city capable of supporting almost seven hundred thousand people. The archaeological team made its second discovery on February 23rd, finding technical information that would improve the warhead strength of future missile designs by fifty percent.

In April, the United States and the European Union completed their respective parts of the Railgun research project and exchanged technical information. Both nations immediately began development of a 10cm Railgun based on the new technology. During the same month, two United States missile bases with a total of twenty silos between them were loaded with the new Zeus missile. This give them each the same firepower as four normal bases and their missiles were far, far more likely to evade defensive fire from Chinese meson cannon or Russian gauss cannon.

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10cm Railgun
Damage Per Shot (4): 1     Rate of Fire: 10 seconds     Range Modifier: 1
Max Range 10,000 km     Railgun Size: 3    Railgun HTK: 1
Power Requirement: 3    Power Recharge per 5 Secs: 2
Cost: 3    Crew: 30
Materials Required: 0.6x Duranium  0.6x Boronide  1.8x Neutronium
Development Cost for Project: 200RP
The European Union deployed the first Heavy Assault division in late May. This was the equivalent of an armoured division, updated with Trans-Newtonian technology to be far more mobile and far more deadly. In both attack and defence it was four times more effective than a pre-TN armoured division. Two weeks later the European cybernetic teams on Mars re-activated a research facility, by far their most significant achievement to date. Discussions were already underway within the senior European leadership as to how to return the various installations to Earth. Ship designers were consulted as to the smallest ship that move a mine off-planet and so far 3100 tons was the smallest possible hull, assuming its maximum speed of 400 km/s was acceptable. Work began on expanding European shipyard capacity beyond its current 1200 ton limit. By this time the United States was finally researching geological sensors after the various military-related distractions of the previous couple of years. Once the US had geological survey ships and made its own discoveries on Mars, it would be in a far better position to take advantage as its shipyard capacity was now two slipways of 2500 tons.

On June 19th, two more Lexington class destroyers were launched by the United States. Chinese active sensors on their PDCs continued to scan Earth orbit and US Space Command was extremely wary of leaving the Lexingtons in range of the Chinese meson cannon so they joined their two sister ships in orbit of the Moon. Even as the Lexingtons were breaking orbit, the Russian Federation finalised the design of its own spacecraft. Following its successful strategy of information gathering and technology exchange, the Russians decided to build a survey ship rather than a warship. Their non-aggression pact with the Chinese seemed to be holding and their Kirov class weapon platforms remained in orbit so they saw no immediate military threat. Their rationale was that a survey ship equipped with both active and thermal sensors would allow them to gather useful information that could be traded or sold to the other powers. Unlike several of the other powers, the Russian Federation had not expanded its shipyard capacity, which remained a single slipway of 1000 tons. Retooling was expected to take seven months.

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Udaloy class Geosurvey Ship    900 tons     83 Crew     180.5 BP      TCS 18  TH 25  EM 0
1388 km/s     Armour 1-8     Shields 0-0     Sensors 5/0/0/1     Damage Control Rating 1     PPV 0
Annual Failure Rate: 6%    IFR: 0.1%    Maintenance Capacity 125 MSP    Max Repair 100 MSP

Nuclear Thermal Engine (1)    Power 25    Efficiency 1.00    Signature 25    Armour 0    Exp 5%
Fuel Capacity 50,000 Litres    Range 99.9 billion km   (833 days at full power)

Orbital Detection System (1)     GPS 100     Range 1,000k km    Resolution 5
Thermal Sensor (1)     Sensitivity 5     Detect Sig Strength 1000:  5m km
Geological Survey Sensors (1)   1 Survey Points

The European Union launched its first two colony ships on August 16th 2020. After loading a total of  20,000 colonists, both ships departed for Mars and founded Humanity’s first interplanetary colony five days later. Although the other powers did not know what the two ships were carrying, it did not take them long to realise the two ships were visiting Earth every two weeks and loading something. The first enquiry came from the United States, leaving the European Union in a difficult situation. The leaders of the EU could lie to their ally but the truth would eventually become apparent once the United States visited Mars with a geological survey ship. One proposal was to provide the US with all the EU geological survey data so they would not need to visit Mars but that was eventually dismissed because one of the other nations would discover the secret eventually. The Foreign Minister suggested giving the geodata to everyone, prompting a further discussion that ended with the conclusion that such an action would only raise suspicion about the motives of the EU. Finally, it was agreed the US should be brought in on the secret and encouraged to join forces with the EU in keeping everyone else away from the planet, at least until its secrets had been completely uncovered.

During a hastily organised summit meeting, the President of the European Union informed his US opposite number of the existence of the alien ruins on Mars and the European scientific expedition. The President of the United States and his aides were initially stunned, then a little annoyed that the EU had not shared this secret sooner and finally grateful for the information and excited at the prospects. The United States, encouraged by its military leaders, accepted the European proposal that the ruins should be keep secret from the other powers and that an exclusion zone should be declared around Mars as soon as any other race attempted to approach. One initial point of contention was that the US wished to send its own teams to Mars and the European xenoarchaeologists were very concerned their less experienced US counterparts might accidentally damage priceless alien artifacts, forever losing the chance to learn their secrets. After calming down the Americans, an agreement was eventually reached that the US would send its own archaeology team and two cybernetic teams. The United States and the European Union would share any new technology found by either archaeology team while anything recovered by the cybernetic teams would be considered the property of the recovering government. Within a few days, two of the Lexington class destroyers joined the three EU warships in Mars orbit, bringing with them the three US teams.

The European Union made a general statement to the rest of the world that it was establishing a colony on Mars and would consider colonist applications from within its own borders. With no knowledge of the alien ruins, the other governments derided the colony as a waste of resources. The available places on the colony ships were massively oversubscribed, even with the proviso that no return to Earth, or even communication with the homeworld, would be possible for several years.

The Republic of India laid down its first spacecraft in early November of 2020. The Nirbhik class Monitor was essentially a defensive station that could remain outside of meson range until needed, although it could be used in point blank space combat against any orbiting satellites or spacecraft. The Indian had designed a smaller version of the gauss cannon with only half the accuracy of the original Japanese model. Their reasoning was that ICBMs were easy targets anyway so they may as well have twice as many weapons in the same hull space. Besides, the smaller weapon was less expensive to develop.

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Nirbhik class Monitor    1500 tons     123 Crew     101.5 BP      TCS 30  TH 25  EM 0
833 km/s     Armour 1-11     Shields 0-0     Sensors 1/0/0/0     Damage Control Rating 1     PPV 18
Annual Failure Rate: 18%    IFR: 0.2%    Maintenance Capacity 42 MSP    Max Repair 15 MSP

Nuclear Thermal Engine (1)    Power 25    Efficiency 1.00    Signature 25    Armour 0    Exp 5%
Fuel Capacity 50,000 Litres    Range 60.0 billion km   (833 days at full power)

Small Gauss Cannon (6)    Range 10,000km     TS: 1000 km/s     Power 0-0     RM 1    ROF 5  Small Gauss Fire Control (1)    Max Range: 20,000 km   TS: 1250 km/s     50
Active Search Sensor  (1)     GPS 5     Range 50k km    Resolution 1
The Japanese Alliance completed the design for its first spacecraft later the same month. The Kongo class destroyer was even larger than the American Lexingtons and had longer ranged sensor and fire control systems. The Kongo was equipped with four size 3 missile launchers, compared to five size 2s on the Lexington and had just seventy percent of the magazine capacity. It’s armour was twice as strong as any previous spacecraft, which would make it more survivable as long as it stayed out of range of the Chinese meson cannon. The missiles that would be fired by the Kongo remained unknown as the Japanese were still working on missile drive technology. However, given the shipyard retooling and build time, they decided to get the ship ready first and try to have missiles available by the time it was completed.

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Kongo class Destroyer    2100 tons     223 Crew     216 BP      TCS 42  TH 50  EM 0
1190 km/s     Armour 2-14     Shields 0-0     Sensors 1/0/0/0     Damage Control Rating 1     PPV 12
Annual Failure Rate: 35%    IFR: 0.5%    Maintenance Capacity 64 MSP    Max Repair 30 MSP
Magazine 112    

Nuclear Thermal Engine (2)    Power 25    Efficiency 1.00    Signature 25    Armour 0    Exp 5%
Fuel Capacity 50,000 Litres    Range 42.8 billion km   (416 days at full power)

S3 Missile Launcher (4)    Missile Size 3    Rate of Fire 90
FC75 Missile Fire Control  (1)     Range 7.5m km    Resolution 25
A75 Active Search Sensor  (1)     GPS 750     Range 7.5m km    Resolution 25
The Union of South American Nations, which still lacked nuclear thermal technology, had created a design for an orbital weapon platform, using even smaller gauss weapons than the Indians but placing them in turrets to allow much more accurate firing. A large fire control system had been developed to support the fast rotating turrets. The USAN philosophy was based on future-proofing their OWP. It could easily handle ICBMs and the advanced fire control and turrets would allow it to shoot at Trans-Newtonian missiles with a reasonable chance to hit. The turrets were designed with the next generation fire control systems in mind, which the USAN weapon scientists believed would be sixty percent more capable than the first generation. However, after all the work of their scientists and engineers, the USAN leadership was wary of actually building the Abasolo due to its vulnerability to Chinese meson weapons. The argument of their military was that not every power had the meson cannon so they may as well be able to defend themselves against potential enemies equipped with missile launchers or gauss weapons. For the moment though, the Abasolo remained on the drawing board.

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Abasolo class Orbital Weapon Platform    900 tons     51 Crew     66.5 BP      TCS 18  TH 0  EM 0
1 km/s     Armour 1-8     Shields 0-0     Sensors 1/0/0/0     Damage Control Rating 0     PPV 10
Annual Failure Rate: 180%    IFR: 2.5%    Maintenance Capacity 0 MSP    Max Repair 16 MSP

Triple Gauss Gun Turret (2x3)    Range 10,000km     TS: 6400 km/s     Power 0-0     RM 1    ROF 5        
Hi-Speed Fire Control (1)    Max Range: 20,000 km   TS: 4000 km/s    
Missile Detection Sensor (1)     GPS 5     Range 50k km    Resolution 1
Still humiliated by their climb-down during the East Asia War, the Chinese leadership was plotting its eventual revenge using a two-pronged strategy. Their scientists were working on nuclear thermal engines, enabling the Chinese to take their meson weapons into space. Meanwhile, their diplomats had passed on meson technology, beam fire control technology and active sensor technology to the Islamic Alliance, on the condition that they technology was not passed on to any other powers. The Chinese leadership assumed the Islamic Alliance would require a year to turn their newly acquired knowledge into hardware and then would not being able to resist using it. In the ensuing confusion, opportunities would not doubt present themselves and the Chinese would be ready to take advantage.

One of the limiting factors in the conversion of Earth’s conventional industry to Trans-Newtonian installations was the availability of Duranium. Several nations had to regularly suspend or slow down conversion to await new Duranium supplies or at least restrict activity in terms of increasing shipyard capacity or building new ground units. The EU had taken the option to convert almost fifty percent more conventional industry to mines than for construction factories, which give it a mining advantage but fewer construction factories than its main economic rival, the United States. However, the influence of Vice Admiral Purdom improved the US mining efficiency so that its output was almost equal to the EU. Conversely, Fleet Admiral Eva Téllez Pelayo boosted the efficiency of the smaller construction sector of the EU. On December 21st 2020, a US cybernetic team led by the impressively named Cassandra Carrasco Covarrubias discovered a cache of 21,000 tons of Duranium on Mars, more than enough to support the US economy for years to come. The priority was now to get the mineral to Earth.

The US shipyard, comprising two slipways with a of capacity 2700 tons each, was retooling to build the Spruance class, a geological survey ship with much greater capabilities than the European Union’s Montcalm class. With the retooling effort well underway, the US government was very reluctant to abandon it so the decision was made to build the Spruance and then increase the size of the shipyard to the point where a large enough freighter could be built to transport not just Duranium but an entire mining complex or factory. The existing US stockpile of 600 tons of Duranium would be managed carefully to ensure it did not cause any economic problems in the short term.

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Spruance class Geosurvey Ship    1550 tons     143 Crew     316 BP      TCS 31  TH 50  EM 0
1612 km/s     Armour 1-11     Shields 0-0     Sensors 5/0/0/2     Damage Control Rating 1     PPV 0
Annual Failure Rate: 19%    IFR: 0.3%    Maintenance Capacity 127 MSP    Max Repair 100 MSP

Nuclear Thermal Engine (2)    Power 25    Efficiency 1.00    Signature 25    Armour 0    Exp 5%
Fuel Capacity 50,000 Litres    Range 58.0 billion km   (416 days at full power)

AGS-1 Active Search Sensor (1)     GPS 600     Range 6.0m km    Resolution 20
Thermal Sensor (1)     Sensitivity 5     Detect Sig Strength 1000:  5m km
Geological Survey Sensors (2)   2 Survey Points
On December 26th, a European cybernetic team on Mars recovered five huge components that appeared to be designed to fit together in an enormous construct, the purpose of which was unknown. The components were placed in storage until their function could be determined. Just over two months later, on March 1st 2021, the Alex Förster archaeology team made a startling discovery, uncovering technical blueprints for an advanced torpedo warhead. The torpedo had been discussed as a potential weapon by weapon research scientists in the European Union as it retained its destructive power over its entire range. However, it was outranged by missiles and no use against hostile missiles so the decision was made to work with the United States on the railgun. With a more advanced warhead, the Torpedo would potentially become a formidable short-range weapon so some research time was scheduled for basic torpedo development. As per the recent agreement, the new technology was passed on the United States. Three weeks later, the United States returned the favour when its own archaeological team found information on how to improve annual mining yields from 10 tons to 12 tons per mine. By mid-April the US archaeological team also discovered details of 10cm Meson Focal Size, leading several previously sceptical European xenoarchaeologists to review their opinion of their US counterparts

The People’s Republic of China laid down its first spacecraft on June 26th 2021. While the armament of two R15 Meson Cannon was light compared to its US, European and Japanese counterparts, the Luda was twice as fast as any of its rivals and it had the same armour protection as the Japanese Kongo. Its purpose was to close quickly, using its speed and armour to resist missile hits, and then use the meson cannon to penetrate all enemy defences and disable key systems. Work began on two Ludas with an estimated launch date of January 2022.

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Luda class Destroyer    2000 tons     202 Crew     155.5 BP      TCS 40  TH 100  EM 0
2500 km/s     Armour 2-14     Shields 0-0     Sensors 1/0/0/0     Damage Control Rating 1     PPV 6
Annual Failure Rate: 32%    IFR: 0.4%    Maintenance Capacity 49 MSP    Max Repair 20 MSP

Nuclear Thermal Engine (4)    Power 25    Efficiency 1.00    Signature 25    Armour 0    Exp 5%
Fuel Capacity 50,000 Litres    Range 45.0 billion km   (208 days at full power)

R15 Meson Cannon (2)    Range 15,000 km     TS: 2500 km/s     Power 3-1     RM 1.5    ROF 15        Meson Fire Control (1)    Max Range: 20,000 km   TS: 1000 km/s    
Pressurised Water Reactor  (2)     Total Power Output 2    Armour 0    Exp 5%
K40 Active Search Sensor  (1)     GPS 400     Range 4.0m km    Resolution 20
The European colony on Mars continued to grow. By July 2022, the population had reached 800,000 and enough living space had been restored to allow a population of a million. Twenty automated mines and twenty normal mines had been recovered, along with thirty-five maintenance facilities, two deep space tracking stations, five construction factories, three ordnance factories, a research lab and nine million litres of fuel. The electromagnetic signature of the colony had reached the point where it could be detected on Earth when the two planets were close in their orbits, which raised suspicions from the other powers about how the colony had such a large signature. Two more Santa Maria class colony ships were completed in early August.

Udaloy, the first Russian Trans-Newtonian spacecraft, was launched on October 22nd 2021. She left Earth on a course for Mercury, under orders to survey the two inner planets before investigating the European colony on Mars. A month later, Udaloy was within six million kilometers of Mars when she was detected by Rome, a European Bayern II class frigate in orbit of the planet. Rome was supported by the Bayern class frigates Bayern and Madrid and the two American warships Lexington and Yorktown. The leader of the allied force, Vice Admiral Roberta Armenta Rentería of the European Space Force, hailed Udaloy and informed her commander that an EU-US exclusion zone had been placed around Mars and no ships of any other powers would be allowed to approach. Warned of the developments in space, the President of the United States and the President of the European Union informed the leaders of all the other major powers that the exclusion zone was now in force.

The declaration did not go down well, especially with the Russians. The President of the Russian Federation expressed outrage and ordered Kapiyteyn Sonja Semyonova of the Udaloy to ignore the warnings and take her ship to Mars. Vice Admiral Roberta Armenta Rentería issued a further warning then, with the consent of her President, launched a pair of TNM-1 missiles at the Russian survey ship, followed ninety seconds later by two more. The missiles streaked toward the unsuspecting Udaloy at 8300 km/s. Eight minutes later the first pair of missiles made their final attack run, against a target moving at 1388 km/s. To the dismay of the Europeans, both missiles missed despite an estimated 64% chance to hit. The second pair closed in and this time one missile struck the target. The explosion blew a huge hole in the hull of Udaloy but did not inflict any internal damage and no Russians were killed. Nevertheless, it confirmed the will of the European Union to back up its declaration with force. The Russian President ordered his ship to return to Earth for repairs and warned the European Union that their unprovoked and violent act would not go unpunished.

to be continued...