Ok-La-Ho-Ma
19-09-2007, 12:12
OK-NIB-1 Nuclear Icebreaker "Inuit Class"
http://i222.photobucket.com/albums/dd154/OK-LA-HO-MA/OK%20Military%20Veh/NukeIcebreaker.png
This Vessel can be either civilian scientific Vessel or a polar warship depending on your individual needs.
It has extended Quarters for Scientist ,Marines or Engineers.
This ship is capable of reaching the North Pole.
The OK-NIB-1 is equipped with a double hull. The outer hull is 48 mm thick where ice is met and 25 mm elsewhere and has a polymer coating to reduce friction. There is water ballast between the inner and outer hulls which can be shifted in order to aid icebreaking. Icebreaking is also assisted by an air bubbling system which can deliver 24 m³/s of air from jets 9 m below the surface. The OK-NIB-1 can break ice while making way either forwards or backwards
Length: 150 m (136 m at waterline)
Breadth: 30 m (28 m at the waterline)
Draft: 11.08 m
Height: 55 m keel to mast head
Displacement: 23,455 t
Maximum speed: 22 knot (44 km/h)
Cruising speed: 19.5 knot (36 km/h)
Crew: 150 (including 50 officers and engineers)
Passengers: 100, in 50 cabins and mini-suites
Power plant: two OK-900 171 MW nuclear reactors
Propulsion: two steam turbines driving 6 generators, total 75,000 hp (55.3 MW)
1 Standard Naval Helicopter ( we use Ki-1 Naval Helo from Czechelrus)
Option war time: 1 x 5 inch (127 mm) / 54 caliber Oto-Breda Compact Gun
2 x 20 mm Phalanx CIWS, 4x Mk50 Lightweight Torpedo
Maximum fuel use is 300g of heavy uranium isotopes per day when breaking thick ice. Reactors hold 500kg each when fully fuelled, enough for about 5 years.
The reactors are shielded by steel, high density concrete and water. The nuclear chain reaction can be stopped in 0.6s by full insertion of the control rods.
Radiation on the ship is monitored by 86 sensors throughout the vessel from within the reactor compartment to accommodation areas.
Ice 2.3m thick can be broken at 3 knots (5.5kmh). Maximum thickness of that can be penetrated is estimated at 5m, individual ridges of 9m have been broken.
Cost: 180 Million USD
Domestic Production Rights: 90 Billion USD
Users:
Ok-La-Ho-Ma
Angaor
Bredford
Sales and Production Partners:
Angaor
Faxanavia (Aereo-Egg Weapons Inc)
http://i222.photobucket.com/albums/dd154/OK-LA-HO-MA/OK%20Military%20Veh/NukeIcebreaker.png
This Vessel can be either civilian scientific Vessel or a polar warship depending on your individual needs.
It has extended Quarters for Scientist ,Marines or Engineers.
This ship is capable of reaching the North Pole.
The OK-NIB-1 is equipped with a double hull. The outer hull is 48 mm thick where ice is met and 25 mm elsewhere and has a polymer coating to reduce friction. There is water ballast between the inner and outer hulls which can be shifted in order to aid icebreaking. Icebreaking is also assisted by an air bubbling system which can deliver 24 m³/s of air from jets 9 m below the surface. The OK-NIB-1 can break ice while making way either forwards or backwards
Length: 150 m (136 m at waterline)
Breadth: 30 m (28 m at the waterline)
Draft: 11.08 m
Height: 55 m keel to mast head
Displacement: 23,455 t
Maximum speed: 22 knot (44 km/h)
Cruising speed: 19.5 knot (36 km/h)
Crew: 150 (including 50 officers and engineers)
Passengers: 100, in 50 cabins and mini-suites
Power plant: two OK-900 171 MW nuclear reactors
Propulsion: two steam turbines driving 6 generators, total 75,000 hp (55.3 MW)
1 Standard Naval Helicopter ( we use Ki-1 Naval Helo from Czechelrus)
Option war time: 1 x 5 inch (127 mm) / 54 caliber Oto-Breda Compact Gun
2 x 20 mm Phalanx CIWS, 4x Mk50 Lightweight Torpedo
Maximum fuel use is 300g of heavy uranium isotopes per day when breaking thick ice. Reactors hold 500kg each when fully fuelled, enough for about 5 years.
The reactors are shielded by steel, high density concrete and water. The nuclear chain reaction can be stopped in 0.6s by full insertion of the control rods.
Radiation on the ship is monitored by 86 sensors throughout the vessel from within the reactor compartment to accommodation areas.
Ice 2.3m thick can be broken at 3 knots (5.5kmh). Maximum thickness of that can be penetrated is estimated at 5m, individual ridges of 9m have been broken.
Cost: 180 Million USD
Domestic Production Rights: 90 Billion USD
Users:
Ok-La-Ho-Ma
Angaor
Bredford
Sales and Production Partners:
Angaor
Faxanavia (Aereo-Egg Weapons Inc)