USS Daystrom Beta Prep
I don't see how. A shield is easily viable, there is no 'technical' constraint on not having one. And in the practical ones I can't see any reasons either - a shield is fully transparent (quite important on a scout/light attacking vehicle), is a lot stronger than any other transparent material - perhaps stronger than armour - can be turned on and off in a fraction of a second, and allows one way firing.
I just can't see any reason - even a small one - as to why armour would be better on a vehicle where looking everywhere is vitally important.
I just can't see any reason - even a small one - as to why armour would be better on a vehicle where looking everywhere is vitally important.
80085
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I think so. Romulan ships aren't exactly tiny, and even with their large size they aren't all that powerful. I don't think there's ever really been any indication that the Romulan have anything useful other than cloaking tech.am i thinking of another race then?
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You planning on posting some mission prep Rochey or just gonna wait for the action.
What does defeat mean to you?
Nothing it will never come. Death before defeat. I don’t bend or break. I end, if I meet a foe capable of it. Victory is in forcing the opponent to back down. I do not. There is no defeat.
Nothing it will never come. Death before defeat. I don’t bend or break. I end, if I meet a foe capable of it. Victory is in forcing the opponent to back down. I do not. There is no defeat.
How's this then, for updating the mission brief. Note the overall power of the Daystrom is a bit misleading due to its quantum torpedos. Though accordingly the Dakota would have been upgraded with quantums too, and type XIIs, so should still be ahead.
Firstly, the ship itself.
USS-Daystrom NCC- 77127
Ship: Akira class heavy cruiser version 3.5
Length : 464.43 m
Beam : 316.67 m
Height : 87.43 m
Decks : 19
Mass : 3,055,000 tons
Crew : 500 (evac 4500)
3 x Type XII phaser arrays, total output 32,000 TeraWatts
15 x Pulse fire quantum torpedo tube with 1200 rounds
Standard shield system, total capacity 2,876,500 TeraJoules
High Duranium/Tritanium Double hull plus 5.4 cm High density armour.
High level Structural Integrity Field
Normal Cruise : 7.5
Maximum Cruise : 9.55
Maximum Rated : 9.87 for 12 hours.
Beam Firepower : 640
Torpedo Firepower : 10,125
Weapon Range and Accuracy : 1080
Shield Strength : 1065
Hull Armour : 942
Speed : 1,425
Combat Manoeuvrability : 1,880
Over all: 3,443
Type 9 Shuttle Craft: 7
Falcon Class Fighters: 21
Type 7 Cargo Shuttles: 5
Danube Class Runabout: 3
Prototype Shuttle: 1
ACV (Argo Class Vehicle): 3
Prototype class
Type: Short Range Explorer
Unit Run: 1 - experimental
Commisioned: 2379-present
Dimensions: Length: 41.5 m
Beam: 24.5 m
Height: 9.8 m
Decks: 2
Crew: 2 (evac 150)
Armament: 2 x pulse phaser cannons, total output 4700 TeraWatts
3 x Type VIII phaser arrays, total output 4500 TeraWatts
Standard probe/photon launcher with 25 rounds
Defense systems: Standard shield system, total capacity 159,520 TJ
Standard duranium/tritanium single hull
Standard SIF
Warp Speeds:
Normal cruise: 5
Maximum cruise: 6
Maximum rated: 8 for 9 hours
Beam firepower: 184
Torpedo firepower: 125
Weapon range and accuracy: 190
Shield strength: 59.081
Hull/armor: 50
Speed: 535
Combat maneuverability: 22900
Overall strength index: 184
Firstly, the ship itself.
USS-Daystrom NCC- 77127
Ship: Akira class heavy cruiser version 3.5
Length : 464.43 m
Beam : 316.67 m
Height : 87.43 m
Decks : 19
Mass : 3,055,000 tons
Crew : 500 (evac 4500)
3 x Type XII phaser arrays, total output 32,000 TeraWatts
15 x Pulse fire quantum torpedo tube with 1200 rounds
Standard shield system, total capacity 2,876,500 TeraJoules
High Duranium/Tritanium Double hull plus 5.4 cm High density armour.
High level Structural Integrity Field
Normal Cruise : 7.5
Maximum Cruise : 9.55
Maximum Rated : 9.87 for 12 hours.
Beam Firepower : 640
Torpedo Firepower : 10,125
Weapon Range and Accuracy : 1080
Shield Strength : 1065
Hull Armour : 942
Speed : 1,425
Combat Manoeuvrability : 1,880
Over all: 3,443
Type 9 Shuttle Craft: 7
Falcon Class Fighters: 21
Type 7 Cargo Shuttles: 5
Danube Class Runabout: 3
Prototype Shuttle: 1
ACV (Argo Class Vehicle): 3
Prototype class
Type: Short Range Explorer
Unit Run: 1 - experimental
Commisioned: 2379-present
Dimensions: Length: 41.5 m
Beam: 24.5 m
Height: 9.8 m
Decks: 2
Crew: 2 (evac 150)
Armament: 2 x pulse phaser cannons, total output 4700 TeraWatts
3 x Type VIII phaser arrays, total output 4500 TeraWatts
Standard probe/photon launcher with 25 rounds
Defense systems: Standard shield system, total capacity 159,520 TJ
Standard duranium/tritanium single hull
Standard SIF
Warp Speeds:
Normal cruise: 5
Maximum cruise: 6
Maximum rated: 8 for 9 hours
Beam firepower: 184
Torpedo firepower: 125
Weapon range and accuracy: 190
Shield strength: 59.081
Hull/armor: 50
Speed: 535
Combat maneuverability: 22900
Overall strength index: 184
80085
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I'll be posting. I'm just a bit busy right now.You planning on posting some mission prep Rochey or just gonna wait for the action.
"You've all been selected for this mission because you each have a special skill. Professor Hawking, John Leslie, Phil Neville, the Wu-Tang Clan, Usher, the Sugar Puffs Monster and Daniel Day-Lewis! Welcome to Operation MindFuck!"
I was also thinking with regards to the ACVs that the 3 we have should all go on the Prototype shuttle to see how they fare on a planet. Then if they have a successful run (which they will ) we can replicate more. But I still think that forcefields are far more useful than armour, unless people have reasons against it!
80085
Just to compare the Galaxy Class Dakota, here's my suggestions for that...
16 x Type XII phaser arrays, total output 135,000 TeraWatts
2 x Type 4 burst fire quantum torpedo tubes with 450 rounds
Auto modulated shield system, total capacity 81,150,000 TeraJoules
Heavy Duranium/Tritanium Double hull plus 9 cm High density armour.
High level Structural Integrity Field
Normal Cruise : 8
Maximum Cruise : 9.7
Maximum Rated : 9.92 for 12 hours
Beam Firepower : 2700
Torpedo Firepower : 3250
Weapon Range and Accuracy : 1800
Shield Strength : 3006
Hull Armour : 1300
Speed : 1772
Combat Manoeuvrability : 1600
Over all: 2646
16 x Type XII phaser arrays, total output 135,000 TeraWatts
2 x Type 4 burst fire quantum torpedo tubes with 450 rounds
Auto modulated shield system, total capacity 81,150,000 TeraJoules
Heavy Duranium/Tritanium Double hull plus 9 cm High density armour.
High level Structural Integrity Field
Normal Cruise : 8
Maximum Cruise : 9.7
Maximum Rated : 9.92 for 12 hours
Beam Firepower : 2700
Torpedo Firepower : 3250
Weapon Range and Accuracy : 1800
Shield Strength : 3006
Hull Armour : 1300
Speed : 1772
Combat Manoeuvrability : 1600
Over all: 2646
80085
An option not considered yet for the vehicles is the way is making them some sort of hovercraft. I assume the planets will have an atmosphere similar to Earth, and hasroughly the same gravity. That would mean it may be slightly more difficult or easier to use it. Hovercrafts can easily take terrain diferences of 1.5 meters, and Federaiotn technology will have it improved a great deal, I suppose.
Present day hovercrafts use rubber skirts to be so efficient. Perhaps Federation ones have forcefields, which allow objects to pass at a certain angle, some would not.
Would it be an option?
Present day hovercrafts use rubber skirts to be so efficient. Perhaps Federation ones have forcefields, which allow objects to pass at a certain angle, some would not.
Would it be an option?
Actually that was considered, we just spent quite a bit of time talking about the best option between anti-grav units and wheels, and wheels (I think) were decided upon as they had less to go wrong - if they were shot wheels could still run on flat/be replaced quickly/be rolled away/carry on coasting - while anti-grav would just drop the vehicle and it'd have to be replaced taking hours.shran wrote:An option not considered yet for the vehicles is the way is making them some sort of hovercraft. I assume the planets will have an atmosphere similar to Earth, and hasroughly the same gravity. That would mean it may be slightly more difficult or easier to use it. Hovercrafts can easily take terrain diferences of 1.5 meters, and Federaiotn technology will have it improved a great deal, I suppose.
Present day hovercrafts use rubber skirts to be so efficient. Perhaps Federation ones have forcefields, which allow objects to pass at a certain angle, some would not.
Would it be an option?
80085
I'd mean hovercrafts as in air-powerd hovercrafts, while forcefieldswould create the skirt and optimize the cushion beneath the vehicle. it is in between wheels and anti-grav. Even if the engine failed, the force fields would keep it floating, enabling it to be towed. If the forcecfields failed, the vehicle would still float, just with a lower efficiency.
Anti-grav and hovercraft are exactly the same except one has an airflow. You do know that hovercrafts don't just become inefficient when they lose their lining, they completely fall. They don't work without the cushion of air. I've actually made a hovercraft - I know
It seems unnecessarily complicated that doesn't add a benefit when wheels do the job just fine, especially when weapons wouldn't particularly affect wheels like a floating mechanism (whether that be an air cushion or anti-grav units).
It seems unnecessarily complicated that doesn't add a benefit when wheels do the job just fine, especially when weapons wouldn't particularly affect wheels like a floating mechanism (whether that be an air cushion or anti-grav units).
80085
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That sounds very complicated. Also, what if both of them fail? There's a lot that could go wrong. There is an old quote that engineers use: "Keep it simple Stupid." As for rough terrain I suggested a anti-grav booster/stabilizershran wrote:I'd mean hovercrafts as in air-powerd hovercrafts, while forcefieldswould create the skirt and optimize the cushion beneath the vehicle. it is in between wheels and anti-grav. Even if the engine failed, the force fields would keep it floating, enabling it to be towed. If the forcecfields failed, the vehicle would still float, just with a lower efficiency.