UnSol - Revision history

Ezekiel-: /* Unit Rules Update (Dec 2012) */

2012-12-10T21:04:19Z

Unit Rules Update (Dec 2012)

← Older revision		Revision as of 14:04, 10 December 2012
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	==Unit Rules Update (Dec 2012)==		==Unit Rules Update (Dec 2012)==
			*MFW wiki formatting: ''':D''' -> ''':(''' -> '''>:(''' -> '''>:\|'''

	===GROUND/MARINE UNITS===		===GROUND/MARINE UNITS===

Ezekiel-: /* Unit Rules Update (Dec 2012) */

2012-12-10T21:02:19Z

Unit Rules Update (Dec 2012)

Ezekiel-: /* Unit Rules Update (Dec 2012) */

2012-12-10T21:00:17Z

Unit Rules Update (Dec 2012)

Show changes

Ezekiel-: /* Unit Rules Update (Dec 2012) */

2012-12-10T20:51:32Z

Unit Rules Update (Dec 2012)

← Older revision		Revision as of 13:51, 10 December 2012
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	Heavy Modular Tender [AMH]: 24AP (16MP)		Heavy Modular Tender [AMH]: 24AP (16MP)

	===SMALLCRAFT CARRIERS===		====SMALLCRAFT CARRIERS====

	Aviation Cruiser [CA(V)]: 12AP (10DP)		Aviation Cruiser [CA(V)]: 12AP (10DP)

Ezekiel- at 20:45, 10 December 2012

2012-12-10T20:45:36Z

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Ezekiel-: /* Getting There and Back */

2010-12-28T02:24:40Z

Getting There and Back

← Older revision		Revision as of 19:24, 27 December 2010
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	:A typical civilian ship goes at 2.5 light seconds per hour.		*A typical civilian ship goes at 2.5 light seconds per hour.
	:A typical military ship goes at 5 light seconds per hour.		*A typical military ship goes at 5 light seconds per hour.
	:For high-travel, any ship outside of a defined distance from a significant sub-stellar mass can travel 10 times normal speed.		*For high-travel, any ship outside of a defined distance from a significant sub-stellar mass can travel 10 times normal speed.
	*Addendum - Any ship in the interstellar void beyond the interference of a stellar curb can accelerate to a further order of magnitude.		**Addendum - Any ship in the interstellar void beyond the interference of a stellar curb can accelerate to a further order of magnitude.
	:Star ‘curb’: 500 light seconds		*Star ‘curb’: 500 light seconds
	:Gas Giant ‘curb’: 100 light seconds		*Gas Giant ‘curb’: 100 light seconds
	:Major Body ‘curb’: 25 light seconds		*Major Body ‘curb’: 25 light seconds
	:Minor Body ‘curb’: 10 light seconds		*Minor Body ‘curb’: 10 light seconds

	This would put Earth-Pluto travel times at 16-40 days, one way.
			This would put Earth-Pluto travel times at 16-40 days, one way. A journey from Sol to Alpha Centauri would take approximately 31 ''years''.

Ezekiel-: /* Getting There and Back */

2010-12-28T02:21:50Z

Getting There and Back

← Older revision		Revision as of 19:21, 27 December 2010
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	:A typical civilian ship goes at 2.5 light seconds per hour.		:A typical civilian ship goes at 2.5 light seconds per hour.
	:A typical military ship goes at 5 light seconds per hour.		:A typical military ship goes at 5 light seconds per hour.
	:For high-travel, any ship outside of a defined distance from a significant mass can travel 10 times normal speed.		:For high-travel, any ship outside of a defined distance from a significant sub-stellar mass can travel 10 times normal speed.
			*Addendum - Any ship in the interstellar void beyond the interference of a stellar curb can accelerate to a further order of magnitude.
	:Star ‘curb’: 500 light seconds		:Star ‘curb’: 500 light seconds
	:Gas Giant ‘curb’: 100 light seconds		:Gas Giant ‘curb’: 100 light seconds

Ezekiel-: /* Getting There and Back */

2010-12-24T04:39:09Z

Getting There and Back

← Older revision		Revision as of 21:39, 23 December 2010
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	In operation, jumpships are designed to spread a field envelope around one or more in-system ships; the mass and strict design criteria of a jump drive make the best of them clumsy and pathetically ill-suited as anything other than interstellar tugs. Since the jump takes place in the blink of an eye, hard docking is not required. After each jump the drive must be purged, which involves both cooling it down (larger jumpships can go through a hundred tons of water in less than a minute, vented into space as superheated steam) and then the much longer process of stabilizing and damping the post-jump ‘static’ in the drive, which can take a week or more.		In operation, jumpships are designed to spread a field envelope around one or more in-system ships; the mass and strict design criteria of a jump drive make the best of them clumsy and pathetically ill-suited as anything other than interstellar tugs. Since the jump takes place in the blink of an eye, hard docking is not required. After each jump the drive must be purged, which involves both cooling it down (larger jumpships can go through a hundred tons of water in less than a minute, vented into space as superheated steam) and then the much longer process of stabilizing and damping the post-jump ‘static’ in the drive, which can take a week or more.

	Jump drives can only function between stellar-mass objects, and furthermore ones that are no more than ~8 light years apart (''ed. note: test jumps of <8.~~75LY~~ have been recorded, but are not recommended outside of dire emergency due to undue stress on the TJD and an uncomfortably high chance of total existence failure''). This has created an interesting dynamic with regards to exploration and expansion, as ships must take specific routes outward.		Jump drives can only function between stellar-mass objects, and furthermore ones that are no more than ~8 light years apart (''ed. note: test jumps of <8.75 and even [once] 9LY have been recorded, but are not recommended outside of dire emergency due to undue stress on the TJD and an uncomfortably high chance of total existence failure''). This has created an interesting dynamic with regards to exploration and expansion, as ships must take specific routes outward.

	==Smallcraft==		==Smallcraft==

Ezekiel-: /* Getting There and Back */

2010-12-24T04:35:10Z

Getting There and Back

← Older revision		Revision as of 21:35, 23 December 2010
Line 146:		Line 146:
	In operation, jumpships are designed to spread a field envelope around one or more in-system ships; the mass and strict design criteria of a jump drive make the best of them clumsy and pathetically ill-suited as anything other than interstellar tugs. Since the jump takes place in the blink of an eye, hard docking is not required. After each jump the drive must be purged, which involves both cooling it down (larger jumpships can go through a hundred tons of water in less than a minute, vented into space as superheated steam) and then the much longer process of stabilizing and damping the post-jump ‘static’ in the drive, which can take a week or more.		In operation, jumpships are designed to spread a field envelope around one or more in-system ships; the mass and strict design criteria of a jump drive make the best of them clumsy and pathetically ill-suited as anything other than interstellar tugs. Since the jump takes place in the blink of an eye, hard docking is not required. After each jump the drive must be purged, which involves both cooling it down (larger jumpships can go through a hundred tons of water in less than a minute, vented into space as superheated steam) and then the much longer process of stabilizing and damping the post-jump ‘static’ in the drive, which can take a week or more.

	Jump drives can only function between stellar-mass objects, and furthermore ones that are no more than ~8 light years apart (ed. note: test jumps of <8.75LY have been recorded, but are not recommended outside of dire emergency due to undue stress on the TJD and an uncomfortably high chance of total existence failure). This has created an interesting dynamic with regards to exploration and expansion, as ships must take specific routes outward.		Jump drives can only function between stellar-mass objects, and furthermore ones that are no more than ~8 light years apart (''ed. note: test jumps of <8.75LY have been recorded, but are not recommended outside of dire emergency due to undue stress on the TJD and an uncomfortably high chance of total existence failure''). This has created an interesting dynamic with regards to exploration and expansion, as ships must take specific routes outward.

	==Smallcraft==		==Smallcraft==

Ezekiel- at 04:34, 24 December 2010

2010-12-24T04:34:01Z

← Older revision		Revision as of 21:34, 23 December 2010
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			'''''Soon to be a book or three!'''''

	==Setting==		==Setting==

← Older revision		Revision as of 14:02, 10 December 2012
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	====VEHICLES====		====VEHICLES====
	*Light Vehicles (wheeled APCs) - eg Stryker/Pirahna series		*Light Vehicles (wheeled APCs) - eg Stryker/Pirahna series
	>Light Vehicle (.25CP carry): .25CP		*>Light Vehicle (.25CP carry): .25CP
	--Light Vehicle Platoon (4 vehicles, 1CP carry): 1CP		--Light Vehicle Platoon (4 vehicles, 1CP carry): 1CP
	--Light Vehicle Company (16 vehicles, 4CP carry): 4CP		--Light Vehicle Company (16 vehicles, 4CP carry): 4CP
	*Heavy Vehicles (tracked HAPCs) - eg Namer/AAV		*Heavy Vehicles (tracked HAPCs) - eg Namer/AAV
	>Heavy Vehicle (.5CP carry): .5CP		*>Heavy Vehicle (.5CP carry): .5CP
	--Heavy Vehicle Platoon (4 vehicles, 2CP carry): 2CP		--Heavy Vehicle Platoon (4 vehicles, 2CP carry): 2CP
	--Heavy Vehicle Company (16 vehicles, 8CP carry): 8CP		--Heavy Vehicle Company (16 vehicles, 8CP carry): 8CP
	*Cargo Vehicles (2x carry, unarmed/unarmored, REMF) - eg cargo trucks, etc		*Cargo Vehicles (2x carry, unarmed/unarmored, REMF) - eg cargo trucks, etc
	>Cargo Vehicle (1CP carry): .5CP		*>Cargo Vehicle (1CP carry): .5CP
	--Cargo Vehicle Platoon (4 vehicles, 4CP carry): 2CP		--Cargo Vehicle Platoon (4 vehicles, 4CP carry): 2CP
	--Cargo Vehicle Company (16 vehicles, 16CP carry): 8CP		--Cargo Vehicle Company (16 vehicles, 16CP carry): 8CP

	====LIGHT TANKS/ARMORED RECON====		====LIGHT TANKS/ARMORED RECON====
	>Light Tank (15t): .2CP (eg FV100 series)		*>Light Tank (15t): .2CP (eg FV100 series)
	>Light Tank (30t): .4CP (eg M8 AGS)		*>Light Tank (30t): .4CP (eg M8 AGS)
	*Light Tank Platoon/Lance (150t): 2CP		*Light Tank Platoon/Lance (150t): 2CP
	*Light Tank Company/Squadron (450t): 6CP		*Light Tank Company/Squadron (450t): 6CP
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	====MAIN BATTLE TANKS====		====MAIN BATTLE TANKS====
	(Hover Tank units are 2x CP)		(Hover Tank units are 2x CP)
	>Eastern-style MBT (60t): .75CP (eg RL T-90, ZTZ-99)		*>Eastern-style MBT (60t): .75CP (eg RL T-90, ZTZ-99)
	>Western-style MBT (75t): 1CP (eg RL Leo2, Abrams)		*>Western-style MBT (75t): 1CP (eg RL Leo2, Abrams)
	>TV/Game-style Heavy MBT (90t): 1.25CP (eg EFSF Type 61)		*>TV/Game-style Heavy MBT (90t): 1.25CP (eg EFSF Type 61)
	*Tank Platoon/Lance (300t): 4CP		*Tank Platoon/Lance (300t): 4CP
	--5x 60t/4x 75t/3x 90t		*-5x 60t/4x 75t/3x 90t
	*Tank Company/Squadron (900t): 12CP		*Tank Company/Squadron (900t): 12CP
	*Tank Battalion/Tank Regiment (2700-3000t): 36CP		*Tank Battalion/Tank Regiment (2700-3000t): 36CP
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	====MOBILE FRAMES====		====MOBILE FRAMES====
	-Light/Striker Frame: .5CP/1.25DP		*Light/Striker Frame: .5CP/1.25DP
	*MS optimized for speed and agility, eg ReZEL/Jegan-D/Jesta (20-40t)		*-MS optimized for speed and agility, eg ReZEL/Jegan-D/Jesta (20-40t)
	-Medium/Combat Frame: .75CP/2.5DP		*Medium/Combat Frame: .75CP/2.5DP
	*MS designed for general combat, eg Zaku II/GM (40-60t)		*-MS designed for general combat, eg Zaku II/GM (40-60t)
	-Heavy/Assault Frame: 1CP/3.75DP		*Heavy/Assault Frame: 1CP/3.75DP
	*MS optimized for armor and firepower, eg RX-77-3 (50-70t)		*-MS optimized for armor and firepower, eg RX-77-3 (50-70t)

	===POINT TYPES===		===POINT TYPES===
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	*Light Dropship Flight (4): 1AP/10DP (4CP)		*Light Dropship Flight (4): 1AP/10DP (4CP)
	-75t cap. military landing craft		-75t cap. military landing craft
	**role analogous to LCM, capacity analogous to C-17		*-role analogous to LCM, capacity analogous to C-17
	*Heavy Dropship Flight (2): 2AP/20DP (8CP)		*Heavy Dropship Flight (2): 2AP/20DP (8CP)
	-300t cap. military landing craft		-300t cap. military landing craft
	**role analogous to LCT, capacity analogous to An-225		*-role analogous to LCT, capacity analogous to An-225
	*Light Shuttle Flight (8): 1IP/10DP (8CP)		*Light Shuttle Flight (8): 1IP/10DP (8CP)
	-75t cap. civilian utility craft		-75t cap. civilian utility craft
	**space 737		*-space 737
	*Heavy Shuttle Flight (4): 2IP/20DP (16CP)		*Heavy Shuttle Flight (4): 2IP/20DP (16CP)
	-300t cap. civilian utility craft		-300t cap. civilian utility craft
	**space 747		*-space 747

	*Modular Cargo Container (1): (1IP/1MP) (10CP)		*Modular Cargo Container (1): (1IP/1MP) (10CP)