Universal Defense Product Catalog [DO NOT POST]

[Falkasia]

Producer:Rasoana Naval Incorporated
Displacement (full load): 11090 tons
Length: 173 meters
Width: 26 meters
Draught: 6 meters
Propulsion:
--7x gas turbines
--2x shafts, 118,000 shp
Speed: 35 knots
Max. Range: 9000nm at 18 knots
Radar:
--Air/Surface: SMART-L
--Navigation: Thales Scout MkII
--Sonar: SQS-53 Bow Mounted, SQR-19 Towed Array
Air-wing:
--3 NH-90
Weapons:
--1x127mm PAC09 Mk-65 65 Caliber ETC Main Gun
--2x MK-41 70 Cells Each
--2x Naval AS90
Countermeasures/Defense:
--20 Chaff Rockets On Stern
--6 Flare Rockets on Superstructure
--2 MU90 Torpedoes

[Falkasia]

Name: RK34 Assault Rifle

Production History
Type: Bull-pup Carbine Rifle
Place of origin: The Federation of Rasoana
In service: 1995-Present Day
Used by:
- The Federation of Rasoana
Designed: 1991
Designer: Grizzly Defense Systems
Manufacturer:
Grizzly Defense Systems
Produced: 2004-Present Day
Number built: 10.5 million

Specifications
Weight: 3.5kg
Length: 812mm
Barrel length: 420mm
Primary Cartridge:
- 6.8mm ARAM-I (6.8x42mm)
Alternative Cartridges:
- 6.5mm Grendel (6.5x39mm)
- 6.5mm JMC (6.5x45mm)
- 6.8mm Remington SPC (6.8x43mm)
- 5.56mm NATO (5.56x45mm)
Action: Gas Operated, Rotating Bolt, Short Stroke Piston
Rate of fire: 800 Rounds Per Minute
Muzzle velocity: 900 m/s
Effective range: 570m
Feed system:
- 30 Round Clip
- 50 Round Clip
Sights:
-Ghost Ring Sights
Cost: $745 for Standard
Red Dot Sight:plus 75

Summary:

The RK24 Carbine was first planned in 1998 by the Supervisor of Research at Grizzly Defense Systems, Sheparde Demonte. This design was soon thrown out the window as too many flaws in the design. In 2005, a scientist in the design room was searching through an old desk. He discovered what was found to be one of the earliest designs of RK34. He began research on the technology, and in 2000 he had worked out most of the kinks. This bull-pup design proved to be superior to other designs from GDS, and found it's way on to the market in 2005. Now, the bulk of the Rasoanian Infantry Divisions are wielding this firearm.

Designed by Rasoana

[Falkasia]

T-29 Kamisov Ampibious Assault Tank

Weight: 41 tons
Length: 6.52 m
Width: 3.5 m
Height: 3 m
Crew: 3 (Commander, driver, gunner)
Armour: 20 mm of reactive armour, then 20mm of titanium armour
Armament: 120 mm Rheinmettal smoothbore tank gun
Secondary armament: 1 50. cal machine gun (CROWS controlled, mounted in place of commanders MG) 1 coaxially mounted MG3, 1 MG7 mounted beside gun
Ground clearence: 390 mm
Power/Weight Ratio: 16 hp/ton
Operational Range: 500 km (310.7 miles)
Speed: 50 km/hr (31.7 m/hr)
Snorkel: 3.5m (with snorkel) 1.5 m (unprepared)
Cost: $1,500,000

The T-29 Kamisov Amphibious Assault Tank is a modification by Pennsylvanian Engineers on the tank to Allow for a Amphibious skirt to be added to the tank, allowing it to be taken off of a LST, and float across relatively light sea's to a coastline. The skirt allow for use of the tanks cannon while en route to shore. The sacrifices made to allow this is a slight reduction in armor for slightly less weight.

[Falkasia]

Weight: 3.6kg
Length: 1,080mm
Barrel Length: 575mm
Cartridge: 5.56x45mm, 6.6x45mm, 7.62x51mm, 6.8mm Remington SPC
Action: Gas Operated Rotating Bolt
Rate of fire: 750rpm (Full Auto)
Effective range: 550m
Maximum range: 900m
Feed system: 30 rd detachable box, 20 rd detachable box, 40 rd detachable box
Sights: ACOG 2x-4x, 6x Scope

Cost-$1,100

Design
The Design of the PR-1 Assault Rifle is based off of that of the M16A4 DMR. Having a slightly longer Barrel than the oringinal M16A4 DMR, it is more effective at longer ranges than the M16A4 DMR. Also a advantage for it over its preceding cousin is its various different Rifle Cartridge Sizes availiable for use in it. The Rifle is designed to hit targets at ranges beyond that of the other rifles in the squad, covering the designated distance between Rifleman and Snipers.

Variants
The PR-1 comes in 4 different Variants, one for each cartridge.

[Falkasia]

HA216 Aerodyne

General:

Designer: Harper Aeronautics/General Aerospace Corporation
Role: High-speed, V/STOL transport
Unit Price: $50,000,000
Limited DPR Price: $35,000,000
Commissioned: August 16th, 1997

Specifications:

General characteristics:

Crew: 6 (2 pilots, 1 navigator, 1 engineer, 1 loadmaster, 1 radio operator)
Capacity: 180 passengers; up to 210.
Length: 55 metres (180 ft)
Height: 9.24 metres (30.33 ft)
Loaded weight: 110,000 lb (50,000 kg)
Max takeoff weight: 140,800 lb (64,000 kg)
Powerplant: 4x Soloviev D-76M turbofans

Performance:

Maximum speed: 497 km/h (800 mp/h)
Cruise speed: 497 km/h (650 mp/h)
Range: 1,430 km (1,200 mi)
Ferry Range: 2,512 km (1,560 mi)
Service ceiling: 8,955 metres (29381 ft)
Rate of climb: 4.83 m/s (950 ft/min)

[Falkasia]

Function: Multirole Fighter/Bomber
Crew: 2
Engines: 2 FK-95 Enhanced Turbofan Engines
Engine Thrust: 15,875 kg static thrust
Wing Span: 15.24 m
Length: 26.1 m
Height: 6.5 m
Wing Area: 113.80 m2
Wing Loading: 226.9 kg/m²
Empty Weight: 19,935 kg
Maximum Weight: 31,118 kg
Speed: 2453 km/h
Ceiling: 18,290 m
Range: 1,330 km
Systems:
TAS MKII (2nd Generation Target Analyzation Suite) Target Classification System
AAWCS MKII (2nd Generation Advanced Avionics Weapons Control System) Weapons Control Computer
Internal RADAR
RWR (RADAR Warning Receiver)
Gun:
1 20mm M61A1 Vulcan (570)
Available Armament:
6 AMRAAM-7 Air-to-Air Missiles
8 AIM-9 Missiles
8 AIM-7 Sparrow-2 Missiles
2 Skipper II Air-launched Anti-Ship Missiles
3 MK-82 UGBs
2 JDAM Warheads
3 600 Gallon Drop Tanks

Price: $42,000,000 USD

Description:
The Falkasian F-29 Prowler is a delta-wing multi-role Fighter/Bomber aircraft, designed and produced by the Falkasian Aerospace Division. The aircraft was developed out of the need to replace the aging Su-27 fleet currently in service within the Falkasian Air Force, and has since been used in multiple conflcits around the globe.

Originally the product of Request FAIR 8-1 of the Ministry of Defense, the new design called for;

Crew of Two
Twin engines
Range of 300 nautical miles (556 km) for a normal low-speed mission, and 200 nautical miles (370 km) for a high-speed interception mission.
Operation from a 5,000 foot runway.
Mach 3.2 cruise at an altitude of 50,000 feet (15,000 m).
Maneuverability (4 g turns with no loss of speed or altitude at Mach 2.4 and 50,000 feet).
The time from a signal to start the engines to the aircraft's reaching 50,000 feet and Mach 3.2 to be less than five minutes.
Turn-around time on the ground was to be less than seven minutes.

During the development process, the Falkasian Aerospace Division had considerable trouble meeting all the requirements for the new aircraft, most notably the speed and relatively short take-off run. The speed and velocity requirements were evntually dealt with through the design and construction of the FK-95 Turbofan engine, which has now been integrated into most Falkasian technology. The shortened take-off run was also aided greatly by the development of the FK-95 engine, although other measures had to be taken to help the aircraft off the ground.

It wasn't until a freak accident outside the Aerospace Division's headquarters when the design engineers came up with an innovative solution. The accident had involved two streetracers and their heavily modified cars. Each, apparently nearing the end of their race, had fired their nitrious tanks (Nitrogen Oxide, NoS) at the same time, inevitably jolting into one another. The crash resulted in a gigantic explosion, but the ensuing carnage was probably the best brainstorm ever to hit the onlooking engineers.

They considered the possibility of adding built-in Nitrogen Oxide tanks next to the engines, with a direct feed into them. This would allow, at the pilot's discretion, the flooding of NoS into turbofan engine. The gas would in turn spontaneously ignite and add extra power to the thrust. It was concluded that, with enough NoS inside the tank, the F-29 could get off the ground in a run much shorter than the maximum of 5,000 feet. It was also determined that the F-29 was carrier-capable, due to the immense thrust boost granted by the Nitrogen Oxide.

This aircraft, despite having been discontinued and phased out of production, remains in extensive use throughout the multiverse. Most notable users include both Gragastavian irregular forces, as well as the current Democratic Socialist Republic of The Cardwith Islands.

[Falkasia]

SCR (V1.6)

Version 1.6 (SCR-V1.6)
Designer: Northstar Armaments (Belschaft)
Designed: 2006
Produced: 2006-onwards
Weight: 2.2 kg
Length: 22’
Barrel length: 19’
Cartridge: 5.56x45mm NATO (36 rounds)
Action: gas operated, rotating bolt
Rate of fire: 800 rounds per minute
Muzzle velocity: 842 m/s
Effective range: 500m
Feed system: detachable box magazine

Price
Cost per unit: $720.00
Scope: $60.00

Info:
In 2006, the Belschaft Navy requested a smaller version of the SCR for use aboard ships, where the confined spaces made the rifle unwieldy. Northstar responded with the SCR-V1.6, which is somewhat shorter and lighter. However this came at the expense of maximum range and accuracy. The price remains almost exactly the same however, as while the materials used are slightly more expensive there are less of them needed. The SCR-V.16 has since become popular with special operations as it is more convenient to use than the larger V1.4.

[Falkasia]

SCR (V1.4)

Version 1.4
Designer: Northstar Armaments
Designed: 2004
Produced: 2004-onwards
Weight: 2.8 kg
Length: 30’
Barrel length: 27’
Cartridge: 5.56x45mm NATO (36 rounds)
Action: gas operated, rotating bolt
Rate of fire: 800 rounds per minute
Muzzle velocity: 883 m/s
Effective range: 600m
Feed system: detachable box magazine

Price
Cost per unit: $700.00  
Scope: $60.00


Info:
The Standard Combat Rifle was developed four years ago by Northstar for the Belschaft army. Featuring 34 round magazine and three firing modes the rifle has become the standard weapon of the Belschaft military. It is compatible with both a scope and grenade launcher, though neither comes as standard. The gun’s magazine contains 36 5.56x45mm NATO rounds, and fires at a rate of 800 rounds a minute.

[Falkasia]

Kar'b class patrol ship

Displacement: 236 tons (336 metric tons) full load
Length: 116 ft (52 m)
Beam: 25 ft (7.6 m)
Propulsion: Four Paxman diesels; four shafts; 3,350 shaft horsepower (2.50 MW)
Speed: 41 knots (40 mph; 65 km/h)
Crew: Four officers, 24 enlisted personnel
Armament: 4x torpedo tubes, MK46 mod 5 torpedo
2x depth charge launchers
2x 50 caliber machine guns
2x 15 mm AAA guns
2x inflatable assault boats per
2x MG-G grenade launchers
Produced by: Daiwiz Naval Engineering
Cost: $1,500,000

Info:
Designed to patrol the seas surrounding Daiwiz, and any rivers that needed patrolling. It is covered with armaments, and can carry two squads of assault troops up close to an enemy ship, deploy the troops in infaltable assault boats, and assist them in capturing the ship. It is quite cheap for the power it gives.

[Falkasia]

T-11 Light Tank:
Manufacturer: Falkasian Armored Designs
Crew: 3 (Driver, Loader/Gunner, Commander)
Weight (pounds): 31 tons
Length: 25'4"
Width: 12'6"
Height: 12'6"
Armor Thickness: 1/2 inch of Steel Plate, 1/4 inch of Depleted Uranium Tiles, 1/4 Reactive Armor Tiles. 1/4 inch Reinforced Titanium Alloy Plate inside Crew Compartment
Forward Speed (Paved): 65 mph
Forward Speed (Cross-Country): 45 mph
Reverse Speed (Paved and Cross-Country): 30 mph
Engine: AGT-1500 turbine engine
Allision TG-250-2A powershift cross drive transmission with 4 forward /2 reverse
Fuel Tank: 317 Gallons
Fuel Consumption: 2.3 MPG
Vertical obstacle climb: 51 in
Maximum width ditch: 110 in
Fording Depth: 48 in
Main Gun: 152mm cannon; 20 Sabot rounds and 15 AP Piercing Rounds
Missile Launcher; 5 TOW Missiles
Coaxial machinegun: M240 - 7.62mm
Commander's machinegun: M2 - .50 cal
Sensors and Fire Control: M140 Gunner's Ranging and Firing Computer, IR SACLOS data link, Radio/GPS Command Link, MK3 IPD (Incoming Projectile Deflection) Computer
Price: 3,000,000 USD

[Falkasia]

BI-3 Missile Defense Satellite

Primary function: Missile Defense System
Primary contractor: Falkasian Aerospace Division
Power plant: Solar panels generating 100 Kilowatts
Weight: About 14,000 pounds (6,350 kilograms)
Orbit altitude: 253 nautical miles (geosynchronous orbit)
Payload: (All Falkasian Systems)
TAS (Target Analyzation Suite) Target Classification System
GLSM (Global Lock-on System, Military) Tracking/ Targeting Computer
AAWCS (Advanced Avionics Weapons Control System) Weapons Control Computer
ATSM (Advanced Transmission Suite, Military) Secure Data Uplink System
3 30-kilowatt GUARDIAN Ballistic Interception Lasers
Unit Cost: 3.6 Billion USD (1.2 Billion Discontinued Backorder Price)

Description:
This satellite uses state-of-the-art RADAR, Radiological, and Infra-Red tracking systems to locate incoming ballistic missiles, both nuclear and conventional, and track them until they are within range of the satellite's three lasers. Once the missile is within range, an advanced onboard computer fires off one of those three high-powered, 30-kilowatt GUARDIAN Ballistic Interception Lasers to incinerate the warhead, resulting in a guaranteed threat elimination of the missile.

Other OOC Information Worth Including:
The BI-3 does have defensive systems. Knowing that ASAT uses cruise missiles, which are by definition a form of ballistic missile, the GUARDIAN Laser would be able to incinerate the warhead as it came into low-earth orbit. The remaining missile body would likely fly through space toward it's target and harmlessly impact the satellite, resulting in at most a slight dent. Considering the possiblity of multiple ASAT launches to act as a failsafe method, each satellite has a capability of eliminating up to three different targets at the same time, and when combined into "packs" or defensive groups, they can effectively eliminate any ASAT threat thrown at them.

[Falkasia]

The Lion Class Frigate is a design created by ONI for use by the Pennsylvanian Navy. It has an armament consisting of two 5 inch electro-thermal guns in a dual turret, four 10 cell Type 1 Vertical Launch systems, four quadruple P-960 Anti-Ship Missile canisters and six 26 inch torpedo Tubes. It also has two SeaRAM Launchers and two Goalkeeper CIWS for close-in defence. The design is capable of 32 knots and is capable of doing all the duties that can be expected of a frigate.

Type: Frigate
Manufacturer: Osean Naval Industries
Cost: $820 Million USD
Crew: 180
Length: 135 m
Beam: 15.4 m
Draft: 4.9 m
Displacement(Full Load): 4,860 tonnes
Propulsion:
--1 ONI nuclear reactor
--1 Gas turbine
--2 Propeller shafts
Speed: 32 knots
Range: Unlimited
Armament:
--2 5 inch electro-thermal guns in a dual turret
--4 10 cell Type 1 Vertical Launch systems
--2 Goalkeeper CIWS
--2 SeaRAM Launcher
--4 quadruple P-960 Anti-Ship Missile canisters
--6 26inch torpedo Tubes
Sensors and processing systems:
--BAE Systems Radar Type 996 Mod 1, 3D surveillance
--Kelvin Hughes Radar Type 1007
--Racal Decca Type 1008
--2 GEC Marconi Type 911 Sea Wolf systems
--Sperry Sea Archer 30 optronic surveillance / director
--Thales Underwater Systems Type 2050 Bow sonar
--Ultra Electronics Type 2031Z Towed sonar
--BAE Systems Command System DNA
--MR-750 target acquisition radar
--Top Pair target acquisition radar
--3R41 Volna target tracking radar
Countermeasure systems:
--NATO SeaGnat countermeasure launchers
--Surface Ship Torpedo Defence(SSTD) System
--Type 4 Electronic Warfare Suite
Aircraft:
--1 Helicopter

[Falkasia]

Technical Statistics:
Type of Vehicle: Mono-level Passenger Car
Trains Consist of:  Up to 8 Cars
Length: 15 Meters
Width: 3 Meters
Maximum Design Speed: 100 mph
Maximum Operating Speed: 95 mph
Braking Rate (Service): 2.0 mph/ps
Braking Rate (Emergency): 3.0 mph/ps

Features:
Construction: Aluminum Alloy Structure and Sheathing.
Suspension: Rubber Chevrons (Primary), Air Bags (Secondary). Pneumatic Tread and Disc Brake System
Wheelchair and Bicycle Tiedowns: Located in each car.
Capacity: 128 Individuals
Power Supply: By Locomotive
Auxiliary Power Supply: Static Battery Charger; 72 Vdc, Nickel-Cadmium Emergency Battery for low-voltage.
Other Features: Internal Heating/Cooling, Upholstered and Overstuffed Seats, Modern and Clean Interior Design, Self-Servicing and Cleaning Bathroom

[Falkasia]

Silenkov SL-14
Wing span (m): 27.4
Length (overall) (m): 25.7
Height (overall) (m): 7.5
Wing Area (m2): 32.0

Engine Type: FK-55 Turbo-Prop Engine
Number of Engines (pcs): 2
Max Take-Off Thrust (International Standard Atmosphere, Í=0) (kg):

Max Take-Off Weight (t): 6.4
Max Payload (t): 4.5
Max Fuel Tanks Capacity (liter):

Cruise Speed: 500 km/h
Range with Max Passenger Capacity (km): 1600 km
Flight Altitude (m): 7,600
Take-Off Run Distance (m): 1,178
Landing Run Distance (m): 3,415

Flight Crew: 4 (2 pilots, 2 Attendents)
Passengers: 85

Price: 31,000,000 USD

[Falkasia]

Silenkov SL-12
Wing span (m): 60.105
Length (overall) (m): 63.939
Height (overall) (m): 15.717
Wing Area (m2): 350
Sweepback angle at 1/4-chord line (degrees): 30
Fuselage Diameter (m): 6,08

Engine Type: FK-90 By-Pass Turbo-Jet Engine
Number of Engines (pcs): 2
Max Take-Off Thrust (International Standard Atmosphere, Í=0) (kg): 2õ 32,000
Bypass Ratio: 4.4

Max Take-Off Weight (t): 265
Max Payload (t): 58
Max Fuel Tanks Capacity (liter): 152,620

Cruise Speed (km/h): 870
Range with Max Passenger Capacity (km): 10,000
Flight Altitude (m): 9,000-12,000
Take-Off Run Distance (m): 2,700
Landing Run Distance (m): 1,650

Flight Crew: 5 (2 pilots, 1 Flight Engineer, 2 Attendents)
Passengers:
Single Class Version– 236
Two Class Version- 200

Price: 37,000,000 USD

Description/Write-up:
The Silenkov SL-12, reigning king of the skies. Unlike it's competitors, the SL-12 reaches unprecendented heights in comfort, safety and versatility, whilst still being able to rapidly transport travelers to any destination, anywhere in the world. Featuring spacious interiors, plush accomidations, a simple modular design, and state-of-the-art operating systems, your passengers will never want to leave the plane.

*When ordering, please note any customization you require for the seating layout - including the classes - paint job (if any) on the outside, and the color scheme on the interior. Also, any special requests will be dealt with case-by-case and may cost extra. Should nothing be specified, they will be sent to you exterior unpainted, and with the standard interior setup (Single Class) and color scheme of Falk Air aircraft.

[Falkasia]

The "Valde Tardus" Motorboat is of Gragastavian design. Originally made for trawlling, it has been adapted for civilian use. Buy yours today!
(Gragastavian Maritime Commitee not liable for any damage to yourself, others, or property after purchase.)


*Optional Features Shown

Length: Eight feet.
Width: Five feet.
Height: Five feet, two feet submerged.

Hull Material: Oakwood or Cedarwood
Hull Design: Shallow Vee

Engine: One Sinclair 1946 Maritime Engine
Maximum Speed: Four knots
Maximum Capacity: Three to four people.

Starting Price: 1,000 USD

[Falkasia]

A-2 Communications Satellite-

Primary function: Global Communications System
Primary contractor: Falkasian Aerospace Division
Power plant: Solar panels generating 8,000 watts
Weight: About 10,000 pounds (4,536 kilograms)
Orbit altitude: 22,250 nautical miles (geosynchronous orbit)
Payload:
Low data rate ATS/GLS communications (voice, data, teletype and facsimile) at 75 bps to 2,400 bps
Medium data rate ATS/GLS communications (voice, data, teletype, facsimile) at 4.8 kbps to 1.544 bps

Unit Cost: 750 million USD (750,000,000)

[Falkasia]

Primary function: Missile Defense System
Primary contractor: Falkasian Aerospace Division
Power plant: Solar panels generating 150 Kilowatts
Weight: About 15,500 pounds (7,030 kilograms)
Orbit altitude: 251 nautical miles (geosynchronous orbit)
Payload: (All Falkasian Systems)
TAS MKII (2nd Generation Target Analyzation Suite) Target Classification System
GLSM MKII (2nd Generation Global Lock-on System, Military) Tracking/ Targeting Computer
AAWCS MKII (2nd Generation Advanced Avionics Weapons Control System) Weapons Control Computer
ATSM MKII (2nd Generation Advanced Transmission Suite, Military) Secure Data Uplink System
SABIC (Strategic Armament and Ballistic Interdiction Control)
1 40-kilowatt SABIC Ballistic Interception Laser
4 30-kilowatt GUARDIAN Ballistic Interception Lasers
Unit Cost: 5 Billion USD

Description:

Just like it's predecessor, the BI-4 satellite retains a good portion of the functions and abilities the BI-3 possessed. Existing standard systems from the BI-3 can be found on the BI-4, including state-of-the-art RADAR, Radiological, and Infra-Red tracking systems, GUARDIAN Ballistic Interception Lasers, and various computer systems.

However, the new BI-4 version features more powerful computers, as well as a state-of-the-art SABIC system.

This system, short for Strategic Armament and Ballistic Interception Control, comes equiped with it's own dedicated SABIC Laser, used to take out only nuclear or biological missiles more efficiently than the GUARDIAN lasers. Still based off the principle of the GUARDIAN design, the SABIC focuses on burning holes through the missile's warhead, effectively eliminating the threat they pose. Due to the fact that the SABIC system works independently from the other lasers, it adds a great deal of flexibility to the number of threats the satellite can destroy. During an interception, the SABIC will only target missiles that have been classified as high-priority, while the less powerful GUARDIANs target everything else.

[Falkasia]

Primary function: Tactical Strike Satellite
Primary contractor: Falkasian Aerospace Division
Power Plant: Solar panels generating 150 Kilowatts
Weight: About 17,500 pounds fully loaded (7937.86 kilograms)
Orbit Altitude: 265 nautical miles (geosynchronous orbit)
Payload: (All Falkasian Systems)
TAS MKII (2nd Generation Target Analyzation Suite) Target Classification System
GLSM MKII (2nd Generation Global Lock-on System, Military) Tracking/ Targeting Computer
AOWCS MKII (2nd Generation Advanced Orbital Weapons Control System) Weapons Control Computer
ATSM MKII (2nd Generation Advanced Transmission Suite, Military) Secure Data Uplink System
12 "Godsend" Kinetic Strike Munitions
Unit Cost: 225 Billion USD

Description:
The satellite at any given time can be stocked with up to 12 "Godsend" Kinetic Strike munitions, each of which is independent from the other 11. When a target is located anywhere around the globe, a signal is sent to the satellite, which in turn re-aligns itself towards the intended objective. Once the order to fire has been given, the satellite discharges a single "Godsend" munition towards the target. From there, the munition uses Earth's gravity to super-acelerate it as it re-enters the atmosphere. During the re-entry process, an exterior coating on the shell absorbs the immense heat generated and falls away once the munition clears the upper atmosphere. By this time, the round should be fully exposed and dead on target. However, slight adjustments can be made by the satellite's guidence computer (AOWCS) to alter the course of the round should it be needed. After this point, all that remains is to wait for confirmation of target destruction from the satellite.

[Falkasia]

First Launch: 27-April-2008
Principal Uses: Satellite Launch Vehicle
Availability: Astronomical Amount; Too many launched annually to keep track of.
Cost: 35 Million USD
Principal Units: Forward Cargo Module (CM), Center Descent Module (DM), and Aft Cargo Module (ACM)
Overall Length: 6.98 m with Docking Probe Withdrawn
Launch Mass: 7,070 kg. Typically 6,790 kg at docking. Mass breakdown was 1,224 kg OM, 2,802 kg DM, 2,654 kg SM
Landing Mass: About 3,000 kg

Thermal protection:
Baikonur-1's exterior, apart from the SM radiators, is protected by green thermal blanketing; the DM carries eight blankets held by apex + base rings released when the other modules separates.

Avionics/Control
Everything onboard the Baikonur-1 Rocket is either controlled remotely from a Command Center on Earth, or pre-programmed into the rocket's computer prior to launch. Attitude information is provided by IR Earth horizon + Sun sensors in conjunction with an improved strapped-down inertial platform. Range/range-rate information is generated by radar deployed on a 2.5 m pylon. Baikonur-1 employs the S-band Kurs docking system that allows it to approach a space station or other orbiting body from any angle without the entire station having to rotate, as under the previous generation docking system.

[Falkasia]

SL-80 "Surefire" Multirole Fighter Jet | SL-80T "Steadfast" Jet Trainer
General
Crew:
SL-80: 1
SL-80T: 2
Length: 14.94 meters (49 feet)
Wingspan: 10.66 meters (35 feet)
Height: 4.03 meters (13.2 feet)
Empty Weight: 5,307 kilograms (11,700 pounds)
Loaded Weight: 8,164 kilograms (18,000 pounds)
Max Takeoff Weight: 12,247 kilograms (27,000 pounds)

Performance
Speed: Mach 2.2
Range: 665 nautical miles (765 miles)
Service Ceiling: 17,500 meters (57,400 feet)
Rate of Climb: 17,495.6 meters/minute (41,300 feet/minute)

Armament
The SL-80 and SL-80T can handle a variety of international and domestic compatible armaments, as defined and/or required by the mission at hand. As a true multirole Aircraft, the external hard-points can play host to any number of mission load-out modules.
-4 External Wing Hard Points
-1 External Fuselage Hard Point

Avionics
TAS MKV (5th Generation Target Analyzation Suite) 
Target Classification System
AAWCS MKV (5th Generation Advanced Avionics Weapons Control System) 
Weapons Control Computer
Internal RADAR and Targeting Systems
RWR MKV (RADAR Warning Receiver)
VICE/Battlespace Integration (Falkasian Models ONLY)

Cost:
SL-80: NS$ 11,500,000
SL-80T: NS$ 9,000,000