Nueve Italia
21-12-2006, 01:44
Nueve Italia's Garibaldi and Emanuelle Military Industries (GEMI) have developed an aircraft that can operate where no plane previously has been able to: underwater.
Project Volo Profundo, or Deep Flight, has produced and succesfully used an underwater fighter plane, capable of engaging enemy ships and subs, and perfect for water reconaissance and exploration. The Aeromar (Sea Flyer), as it is called, is perfect for either military or scientific purposes.
The way the Aeromar works is that instead of using a ballast system to control descent and ascent, as conventional submarines do, the Aeromar uses stubby inverted wings to provide "negative" lift that pulls the craft down. This downward force negates the slightly buoyant characteristics of the Aeromar. At cruising speeds the craft is neutrally buoyant and depends on its thrusters to drive the sub up or down, the same principle used in airplanes (or Bernoulli's principle in reverse). This principle allows the Aeromar to dive at incredible rates, with the prototype reaching a descent rate of 480 feet per minute. Also, the "sub" is capable of making extremely quick turns by applying the rudder, the flaps of the wings, and by reversing one of the propellers, much in the way a hovercraft turns. By doing all three of these actions, a pilot can make an Aeromar one of the most manueverable things in the water.
All the crafts are battery powered, making them enviromentally safe and non-fuel dependent, which can be an expensive hassle in combat and scientific exploration.
_____
So far, there are four types of the craft:
_____
The AM-P
http://www.deepflight.com/images/df1sub.jpg
This is the prototype model of the current craft. It was built to test the principles that make the plane work, and work it did.
Specs:
Crew: 1 person, prone position
Life Support: 18 Hours
Flight Endurance: 1-4 Hours
Dimensions: 13 ft. long, 8 ft. wide, 3 ft. high
Weight: 2,860 lbs.
Speed: 4-12 knots
Operational Depth: 3,300 fsw (feet of sea water)
Construction: Glass (viewport) Epoxy composite (main structure)
Ascent Rate: 650 feet/minute
Descent Rate: 480 feet/minute
Pitch range: +/- 90 degrees
Roll Range: +/- 90 degrees
Armament: 4 small torpedoes (located in wings)
Price: 48,000 USD
_____
The Aeromar
http://www.deepflight.com/images/opport_2.gif
This is the first conventional fighter version of the Aeromar. One crew member controls the craft, while the other controls weapon systems or cameras and oxygen levels
Specs:
Crew: 2 people, seated position
Life Support: 24 hours
Flight Endurance: 4-6 hours
Dimensions: 22 ft. long, 12.2 ft. wide, 6 ft. high
Weight: 3,800 lbs.
Speed: 5-8 knots
Operational Depth: 1,500 fsw
Construction: Glass (viewport) Epoxy composite (main structure)
Ascent Rate: 600 feet/minute
Descent Rate: 320 feet/minute
Pitch range: +/- 90 degrees
Roll Range: +/- 90 degrees
Armament: 4 small torpedoes (located in wings)
Price: 54,000 USD
_____
The Aero Camuso
http://www.deepflight.com/images/wfsub.jpg
This is a smaller, quicker version of the Aeromar. It's name literally means "Snub Plane", and it is used mostly militarily as a quick attack craft or scout sub.
Specs:
Crew: 1 person, prone position
Life Support: 12 hours
Flight Endurance: 2-6 hours
Dimensions: 11 ft. long, 2.5 ft. high, 3 ft wide
Weight: 1,500 lbs.
Speed: 8-12 knots
Operational Depth: 150 fsw
Construction: Glass (viewport) Epoxy composite (main structure)
Ascent Rate: 670 feet/minute
Descent Rate: 490 feet/minute
Pitch range: +/- 90 degrees
Roll Range: +/- 90 degrees
Armament: 2 small torpedoes (located in wings)
Price: 40,000 USD
_____
The Spruzzomar
http://www.deepflight.com/images/df2sub.jpg
This is the most advanced Aeromar currently developed by GEMI, designed to push all conventional boundaries. It is the ultimate explorer and can destroy enemy ships and subs with relative ease.
Specs:
Crew: 1 person, prone position
Life Support: 96 hours
Flight Endurance: 8 hours
Dimensions: 16 ft. long, 9 ft. wide, 4 ft. high
Weight: 5,000 lbs.
Speed: 6-14 knots
Operational Depth: 4,000 fsw
Construction: High-grade polyurethane (viewport) Titanium (main structure)
Ascent Rate: 700 feet/minute
Descent Rate: 450 feet/minute
Pitch: +/- 60 degrees
Roll: +/- 60 degrees
Armament: 4 small torpedoes (located in wings)
Price: 75,000 USD
_____
All of these craft either come in the military or scientific versions. The military versions can raise their max payload with the fitting of 2 more small torpedoes on the underbelly of the craft attached to a weapons rack. Scientific versions have camera equipment in place of torpedoes, and can be equipped with titanium or plastic "grippers" or claws on the front of the craft to manipulate objects underwater. All versions (civilian, military, scientific) come equipped with a high-power lighting system on the front of the craft.
Targeting: Military versions use the simplest of concepts for targeting: point and shoot. The craft must be rather close to the target anyway (250-350 yds. or so), but then again, its targets are usually huge (ships, subs), so it can't really miss. The small torpedoes have fins, much like aerial rockets, to keep them stable in flight.
OOC: Now, I need the community's opinion: Would anyone be interested in purchasing these (or buying the rights to produce them)? I know that the civilian version is at least feasible (it has been built by a one, Graham Hawkes), but does anyone have any problem with the military versions? Any input or critique (as long as its constructive) is welcome.
Project Volo Profundo, or Deep Flight, has produced and succesfully used an underwater fighter plane, capable of engaging enemy ships and subs, and perfect for water reconaissance and exploration. The Aeromar (Sea Flyer), as it is called, is perfect for either military or scientific purposes.
The way the Aeromar works is that instead of using a ballast system to control descent and ascent, as conventional submarines do, the Aeromar uses stubby inverted wings to provide "negative" lift that pulls the craft down. This downward force negates the slightly buoyant characteristics of the Aeromar. At cruising speeds the craft is neutrally buoyant and depends on its thrusters to drive the sub up or down, the same principle used in airplanes (or Bernoulli's principle in reverse). This principle allows the Aeromar to dive at incredible rates, with the prototype reaching a descent rate of 480 feet per minute. Also, the "sub" is capable of making extremely quick turns by applying the rudder, the flaps of the wings, and by reversing one of the propellers, much in the way a hovercraft turns. By doing all three of these actions, a pilot can make an Aeromar one of the most manueverable things in the water.
All the crafts are battery powered, making them enviromentally safe and non-fuel dependent, which can be an expensive hassle in combat and scientific exploration.
_____
So far, there are four types of the craft:
_____
The AM-P
http://www.deepflight.com/images/df1sub.jpg
This is the prototype model of the current craft. It was built to test the principles that make the plane work, and work it did.
Specs:
Crew: 1 person, prone position
Life Support: 18 Hours
Flight Endurance: 1-4 Hours
Dimensions: 13 ft. long, 8 ft. wide, 3 ft. high
Weight: 2,860 lbs.
Speed: 4-12 knots
Operational Depth: 3,300 fsw (feet of sea water)
Construction: Glass (viewport) Epoxy composite (main structure)
Ascent Rate: 650 feet/minute
Descent Rate: 480 feet/minute
Pitch range: +/- 90 degrees
Roll Range: +/- 90 degrees
Armament: 4 small torpedoes (located in wings)
Price: 48,000 USD
_____
The Aeromar
http://www.deepflight.com/images/opport_2.gif
This is the first conventional fighter version of the Aeromar. One crew member controls the craft, while the other controls weapon systems or cameras and oxygen levels
Specs:
Crew: 2 people, seated position
Life Support: 24 hours
Flight Endurance: 4-6 hours
Dimensions: 22 ft. long, 12.2 ft. wide, 6 ft. high
Weight: 3,800 lbs.
Speed: 5-8 knots
Operational Depth: 1,500 fsw
Construction: Glass (viewport) Epoxy composite (main structure)
Ascent Rate: 600 feet/minute
Descent Rate: 320 feet/minute
Pitch range: +/- 90 degrees
Roll Range: +/- 90 degrees
Armament: 4 small torpedoes (located in wings)
Price: 54,000 USD
_____
The Aero Camuso
http://www.deepflight.com/images/wfsub.jpg
This is a smaller, quicker version of the Aeromar. It's name literally means "Snub Plane", and it is used mostly militarily as a quick attack craft or scout sub.
Specs:
Crew: 1 person, prone position
Life Support: 12 hours
Flight Endurance: 2-6 hours
Dimensions: 11 ft. long, 2.5 ft. high, 3 ft wide
Weight: 1,500 lbs.
Speed: 8-12 knots
Operational Depth: 150 fsw
Construction: Glass (viewport) Epoxy composite (main structure)
Ascent Rate: 670 feet/minute
Descent Rate: 490 feet/minute
Pitch range: +/- 90 degrees
Roll Range: +/- 90 degrees
Armament: 2 small torpedoes (located in wings)
Price: 40,000 USD
_____
The Spruzzomar
http://www.deepflight.com/images/df2sub.jpg
This is the most advanced Aeromar currently developed by GEMI, designed to push all conventional boundaries. It is the ultimate explorer and can destroy enemy ships and subs with relative ease.
Specs:
Crew: 1 person, prone position
Life Support: 96 hours
Flight Endurance: 8 hours
Dimensions: 16 ft. long, 9 ft. wide, 4 ft. high
Weight: 5,000 lbs.
Speed: 6-14 knots
Operational Depth: 4,000 fsw
Construction: High-grade polyurethane (viewport) Titanium (main structure)
Ascent Rate: 700 feet/minute
Descent Rate: 450 feet/minute
Pitch: +/- 60 degrees
Roll: +/- 60 degrees
Armament: 4 small torpedoes (located in wings)
Price: 75,000 USD
_____
All of these craft either come in the military or scientific versions. The military versions can raise their max payload with the fitting of 2 more small torpedoes on the underbelly of the craft attached to a weapons rack. Scientific versions have camera equipment in place of torpedoes, and can be equipped with titanium or plastic "grippers" or claws on the front of the craft to manipulate objects underwater. All versions (civilian, military, scientific) come equipped with a high-power lighting system on the front of the craft.
Targeting: Military versions use the simplest of concepts for targeting: point and shoot. The craft must be rather close to the target anyway (250-350 yds. or so), but then again, its targets are usually huge (ships, subs), so it can't really miss. The small torpedoes have fins, much like aerial rockets, to keep them stable in flight.
OOC: Now, I need the community's opinion: Would anyone be interested in purchasing these (or buying the rights to produce them)? I know that the civilian version is at least feasible (it has been built by a one, Graham Hawkes), but does anyone have any problem with the military versions? Any input or critique (as long as its constructive) is welcome.