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Bill_Wilson
Clan Coyote
Warrior
Joined: 02-Aug-2021 12:38
Posts: 6
Location: United States
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 Posted: 02-Aug-2021 12:44 Post subject: Inner Sphere, Periphery, Clans: about TW Weapons& TO Sensors |
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I read Tactical Operations rules for Sensors’ ranges, and they have various Aerospace Fighters’ Sensors’ ranges superior to ‘Mechs’ Sensors’ ranges superior to Conventional Vehicles’ Sensors’ ranges. Those Inner Sphere Units and those Clan Units are like that with the Clans Units’ versions gaining slightly more superior ranges than Inner Sphere Units counterparts. The “airistocratic” (pun intended, ha ha) Sensors’ Ranges of aerospace Units’ Total Warfare weapons’ ranges multiplied by 16 vs. all other Units and all other Structures, and the aerospace weapons’ ranges of short, medium, long, and extreme are very unbalanced BVwise and difficult to play with. It would make way more sense to use ‘Mech Standard Sensors Ranges and ‘Mech Weapons Ranges for at least all Vehicular Units that each mass 200 tons or less for well BV balanced ease of Total Warfare game playing. Phooey that TO rules for Sensors’ Ranges for those types of Units are so aristocratic. Those aristocratic ranges obligatory for those types of Units must come to an instant and permanent end. Let Inner Sphere free markets and Periphery free markets and Inner Sphere customers and Periphery customers of Inner Sphere capitalism and Periphery capitalism decide each of their respective Inner Sphere and Periphery Units Sensors’ ranges and which Sensor(s) per each of their Units. And let Clanners adjust each of their respective Units’ Sensors’ ranges and which Sensors they want to use when they are bidding for any batchall. Yes, BVs of Units will have to be adjusted for differing Sensors’ Ranges. And, I recommend adjusting each altitude level height to be equal to said altitude level multiplied by five elevation levels (five elevation levels is 30 simulated meters tall) , so that a space hex is 18,000 meters tall; and I recommend adjusting length of said altitude level to be equal to said altitude level multiplied by 30 simulated meters, so that a BT space hex is 18,000 meters long; I think that is in accordance with Earth’s exosphere.
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My name is Bill Wilson and I have purchased a copy of HMAero from Rick Raisley.
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