Soviet Bloc
01-05-2005, 03:16
ST-04A5 "Laska" Next Generation Medium Combat Tank / Infantry Support Tank
Next Generation Variant of the Original T-04A Medium Tank
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*General Specifications at Bottom*
The ST-04A5 brings alive a legend of the Soviet Bloc's armored warfare past, its first tank, the venerable T-04A Medium Tank. However, the ST-04A5 improves heavily on the original T-04A, effectively creating an entirely new tank. With the ability to carry and support up to four infantry, the ST-04A5 brings a new facet to the Soviet Bloc war doctrine, the ability for a medium tank to bring its own infantry team into combat to support and assist the tank itself. With its 105mm main cannon, and its vast array of auxiliary weapons and active defense and countermeasures, the ST-04A1 is an infantrymen's dream, not only can it take the pathetic attempts of punishment the enemy throws at it, but it can deal out a swift and lethal blow to completely cripple the enemy which it faces and had which had made the fatal mistake of provoking the ST-04A5 and its brethren to action. The ST-04A5 package has brought the T-04A not only to this modern day, but to the next generation.
Internal Design
The internal design is about as revolutionary as this entire tank, utilizing an attack helicopter-type format. Due to the presence of the DNI, the conventional internal turret design has been scrapped in favor of a tandem type 'cockpit' much like an attack helicopter. The commander sits on top with access to the commanders periscope systems and other targetting and tracking systems while the gunner sits below with weapons sights, tracking and targetting systems, and weapons systems. Both can operate the systems with the DNI, however, auxiliary controls are present for manual operation. Directly above the commander is his access hatch. Above and to the left of the gunner's position (the 'cockpit' is situationed on the right side of the turret), is the gunner's access hatch, which as a 7.62mm anti-personnel machine gun for anti-personnel applications. A fourth crewman, the loader, loads rounds for the gunner and/or commander to fire, including conventional ammunition and anti-tank missiles.
All tank ammunition is in an armored storage box. Freon systems are present to extinguish any fires.
The tank's engine is front mounted, alongside the driver. This aides in crew defense while providing the engine with a more effective coolant system. Although the tank could be disabled early in a struggle due to this, with our engine trolley and rail system the engine and drivetrain can be replaced in thirty minutes, assuming you have a good logistical supply line and well-trained logistical crew, which means this disabled tank with its crew alive and experienced, can return to battle.
With the engine in the front, a space is left to the rear of the vehicle, this is partially taken up by batteries and generator systems, however the bulk of it is now seating for up to four fully armed infantrymen and their equipment.
Propulsion
The ST-04A5 uses a hybrid powerplant to provide propulsion and power to its vast amount of systems. Initially an MVE-850-EX4 750 horsepower, turbocharged diesel engine provides general power to electric motors which drive the tracks [major motors located in both the rear and front of the tank]. The non-driving road wheels are connected to generators to generate electricity to store in a small amount of batteries, or they direclty assist the electric motors.
The electric motors allow the vehicle a smooth acceleration, smooth deceleration, and an infinitely variable speed. An emergency mechanical linkage with six forward gears and two reverse (all 'low-gear' for improved traction and power/performance [no speed]) is present and can be used in situations where the electrical system fails or when the electrical system is overcome (such as a really nasty mudhole). Due to the nature of the drive system, the vehicle is fairly fuel efficient.
Top road speed: 52 miles per hour
Top off-road speed: 38 miles per hour
An added plus to this system is the fact the diesel motor can be shut down and the tank can drive under battery power [and 'some' regeneration from the generators to prolong the time], meaning its completely silent.
Also, the drive-train on the ST-04A5 has been tweaked to allow for wider tracks, which allows a more even pressure displacement which aides in desert and moist-land travel.
Suspension
The ST-04A5 utilizes a brand new magneto- rheological fluid (MR) semi-active suspension system to completely revolutionize the undercarriage of the vehicle. This suspension system provides for an ultra-smooth ride over any obstacle, depression, or obstruction. Also, due to the new system, roadwheel, electric motor, mechanical drive gear, generator, and axle life and efficiency are all greatly increased courtesy of the MR suspension system's unique operation. This allows for a much more rapid engagement of target, less wear on tank components, reduced noise (less movement), not as much potential injury to crew members (due to jostling or bumping), and a much more safer environment.
Armor
The initial layer of the conventional armor is composed of a spaced gap system to effectively neatralize any HEAT rounds that penetrate the defense systems. Beyond this is a kevlar infused layer of ceramics designed to absorb and spread the kinetic energy of a kinetic kill round. This is further enhanced by a layer composed of a slanted titanium honeycomb layer (which gives it incredible kinetic energy absorbant powers). Behind this is a layer of solid aluminum which surrounds a coarse ceramics, kevlar, boronated plastic bond (the boronated plastic absorbs radiation). A final thick layer of boronated plastics and carbon elements protect the crew from radiation.
A tertiary layer is a large alunimum tank roughly about an inch and a quarter thick that contains electrolytic fluid (which changes its viscosity when hit with an electric shock). When a round is detected coming towards the vehicle, an electric firing system fires an electrical pulse towards the electrodes protruding into the fluid across each individual tank (there are a series of these tanks, each covering different portiosn). This means, that when a round impacts and penetrates the primary layer, it will hit the gel-like liquid and then it will harden (well, thicken) and spread the energy across the tank, reducing its effectiveness. To prevent spillage, each tank is cordoned off with metal strips to prevent one hit from draining an entire tank. This entire system is the Liquid-Based Passive Defense System (LBPDS) or Electrolytic Fluid Defense System (EFDS). The tanks are present on the front glacis, turret front, and vehicle sides. Thinner tanks are present on the turret sides, turret top, and vehicle rear.
Instead of using the AERA-II to defend from top-attack threats, the ST-04A5 uses the ATMDS (Active Top Missile Defense System) which resembles the AERA-II in appearance but differs in actual purpose. Each 'block' is actually a thin casing housing hundreds upon hundreds of flechettes over an explosive propellant. When an incoming missile is detected, the block ignites and saturates the air above with these flechettes and likely destroying it or altering its kinetic profile enough to where damage to the tank is far less than what it may have been. However, the system is disabled when the commanders hatch or gunners hatch are open to prevent potential lethal effects. [OPTIONAL- CAN BE REMOVED]
Close-In Defense and Active Countermeasure Systems
The ST-04A5 carries the Next Generation Armored Vehicle Missile Defense Suite, which completely enhances the vehicle's defensive capabilities and increases its survivability exponentially.
The first system is the Advanced Airborne Threat Defense System (AATDS) which is a series of three weapons mounts, one to the rear of the turret and the other two mounted in recessed portions of the forward area of the turret. Each AATDS turret is composed of a bank of three 'armored centrifuges' (the armor is light and basically only protects against shrapnel or ricocheting rounds). These three centrifuges are located on 360 degree traversing turntable with three hydraulic actuators which allow the three 'centrifuges' to move up or down a number of degrees. The first centrifuge covers an area from -15 degrees to +30; the second centrifuge covers from +20 to +80; the third covers from +60 to +120 degrees. This allows for each system to engage ground level targets, line of sight missiles, and top-attack missiles. Each turret is faced to allow for full overlapping and defensive abilities. Each AATDS 'centrifuge gun' is a centrifuge, although it fires conventional rounds in an arc pattern (since it spins it releases the rounds to cover an arc of space) at incredibly high rates of fire (up to 120,000 rpm). The projectiles used are the 6.5mm ball ammunition used by conventional infantry forces. No propellant is needed but the ammunition fired is capable of velocities as high as 8000 feet per second, and are fired so close together that they are only 1/32nd of an inch apart, meaning complete and utter target saturation. Employed as a close in defense system, this system is incredibly effective. The AATDS can also be used against infantry and is tied into the 'Active Engagement Suite', which is a series of systems designed to actively engage opposing forces that have fired on the tank (i.e. ATGM crews). Each AATDS turret has its own thermal imager, however all weapons systems are tied into the 'Integral Fire Control Suite' which is a series of threat detection systems and fire control systems such as thermal imagers, electro-optical, millimetric radar receivers and emitters, light detection and randing (LIDAR), laser detection and ranging (LADAR), and low-light optics. [OPTIONAL- MAY BE REMOVED]
In addition to this, it also has an anti-missile rapid response system (AMRRS), which makes use of all auxilary weaponry systems (commanders weapon, gunners weapon, any other weapons, unless in use by crew) to rapidly engage ATGM crews. It uses the same systems used by the AATDS to detect the missile, but instead of firing at the missile, it calculates the point of origin of the launch, and quickly lays down suppressive fire on that area. This is especially effective against wire guided weapons or remotely guided weapons, and lessens the chance of another weapon being fired..
The final active defense system is the ARENA Mk. III. This system uses a mini-turreted microwave emitter as its active missile defense system to effectively disable missiles en route to the vehicle at ranges of hundreds of feet, likely causing it to detonate prematurely or crash. The ARENA Mk. III's roots lie in the aircraft mounted AFR/SIRR microwave emission system, which both share many common parts.
Active Anti-Sensor System
The ST-04A5 utilizes something which promises to revolutionize the modern battlefield, the ATAQ/M-7A Active Anti-Sensor System. With the ATAQ system, no longer is anti-sensor system a passive chore, done with electronics, its taken to a manual level. When an enemy tank is detected, its range, heading, speed, etc. determined, and if the commander or gunner decides to, an 81mm mortar tube mounted in the rear flank of the tank positions itself (as it is in a semi-moveable pod) and fires a 'double-tap' of two 81mm mortar shells (which can be rocket assisted for enhanced range [such as light recon drones to 'see over the next hill']). The first shell is a proximity concussion grenade, with a sensor which detects either its altitude or its position to the tank and can maneuver itself (to a small extent with small deployable fins) to be in a prime position. Then a detonation occurs creating an intense concussion blast, capable of shattering the camera lenses, sensor systems, infrared detection screens, and even the internal workings of radar (or at least dislodging them). The blast, depending on weather conditions and its distance from the tank can also disable and shatter computer screens and systems within the tank, rendering the vehicle practically useless, especially in this day and age of modern computer-assisted warfare.
The second round is a shrapnel round, blanketing the tank with metal shards, capable of prematurely detonating ERA panels, tearing apart sensory equipment, taking out manual periscopes, damaging the main cannon, damaging NBC protection equipment, damaging the driver's window and periscope systems, damaging auxiliary weaponry, and even killing crew (if exposed).
The system can also be utilized to engage enemy infantry, anti-tank teams, or any other vehicles.
Exposed Crew Defense
As an infantry support vehicle, and likely to be in close range to infantry battles, exposed crew (operating auxiliary weaponry) must be protected. Armored partitions can be lifted into place to prevent shrapnel and small arms fire from inflicting injury on crew. The grenade launcher available to the loader for use is provided with an armor shield which can be expanded using additional partitions.
The commander's hatch is capable of being lifted like a manhole cover, and when it is lifted, a 'curtain' of a semi-transparent mesh material provides infrared protection, laser protection, and even shrapnel protection, meaning the tank can be completely quiet and cool (no thermal signature) and the commander can enjoy a wide view of the terrain without using electronics or exposing himself to infrared systems.
Silent Operating Systems
The ST-04A5 also utilizes silent operating systems, allowing for the tank to maneuver silently (with the systems described in the propulsion section). Other 'silent' features can render the tank as a prime defensive tool. Using an auxiliary quiet running turbine embedded in the rear armor above the infantry compartment and sheathed in heat absorbant material, coolant systems, and noise defeating systems, it can provide enough power to run basic fire control systems (infrared and electro-optical) along with enough power to operate hydraulic pumps to rotate and position the turret to fire. Batteries provide power to coolant systems to keep the turret and gun assembly from creating too much of an infrared signature and assist the small turbine in developing power to fire the main gun and operate basic systems.
Another feature added is the ability to manually move the turret with an internally mounted handcrank assembly (to move the turret and main gun alike).
Active Temperature Control
The tank utilizes an active temperature control system to maintain the internal temperature at a constant temperature to cool the electronics and provide as minimal of an infrared target as possible.
Primary Armament
The ST-04A5 utilizes a 105mm high-pressure smoothbore conventional firing cannon. All ammunition for the cannon is provided with oversized powder charges to create exceptional muzzle velocities, even comparable to electro-thermal cannons. The design was chosen due to its ability to fire without electricity, as power is an issue with the size of the tank.
Since the cannon is built into a turret, it can rotate 360-degrees and can aim upwards 32 degrees and -7 degrees. Around the firing mechanism and the barrel is enclosed in the SB-AHAS Heat-absorbing and dissipating shroud which absorbs the heat and dissipates it over a wide area.
The cannon is stabilised on double axis' and can fire on the move. It is manually loaded.
Due to its primary role as an infantry support tank, most rounds on the ST-04A5 are particularly effective versus infantry, including beehive rounds, grenade rounds, high-explosive, flame shells, etc. etc. The tank can carry as many as 32 rounds including two barrel-fired light reconaissance drones.
Secondary Weaponry
The primary second armament is a 20mm cannon mounted in its own remote-controlled (by commander) mini-turret with its own thermal imager. The cannon is tied into the tank's 'Integral Fire Control Suite', which ties in all offensive/defensive systems into a centrally operated threat detection/targetting system. This allows the cannon to target anything the tank's main gun is tracking or targetting or anything that shows up on detection systems, meaning this cannon can target and annihilate anything seen on the thermal imagers, millimetric radar, LIDAR, LADAR, electro-optical, or low-light optical sensors. The mini-turret is also connected to the active missile defense systems and can be used to target missiles, aircraft, or other enemy units (such as ATGM crews).
The coaxial weapon on the ST-04A5s primary turret is a 12.7mm conventional cannon with storage for as many as 2000 rounds.
Additional weaponry includes a mini-turreted (and gunner or commander remote controlled) 12.7mm machine gun with its own secondary thermal imagers. This system was mainly designed for taking out close threats including infantry, helicopters, or other threats. It can be used in conjunction with the close in defense systems.
Above the loader's position, and accessible by him (or any infantry) is an M-56D 40mm automatic grenade luancher with an armored ammunition loading aperture. It can be operated from within the tank as it has elementary photo sights as well as a manual periscope to aide in firing.
Rear Turret Air/Ground Defense Suite
The Rear Turret Air/Ground Defense Suite (RTAGDS), is a comprehensive computer controlled surface to air/surface missile system capable of housing two ready-to-fire surface to air missiles (or ATGMs) in an armored box in the rear left hand turret quarter. The box is mounted on a fully moveable hydraulically-operated system and is directly tied into vehicle's own detection systems. Another note of this system is that it can use airborne radar courtesy of a direct wireless broadband connection system which may link it to numerous airborne units to utilize their local target acquisition systems. This unit is mechanically reloadable, meaning, when the missiles are exhausted, and need to be reloaded, the gunner (or commander) has to pull a hydrualic lever (or initiate it through the computer), which rights the box and drops it into a cradle. The computer then unlatches a small armoured partition which slide to reveal two stored missiles (which can be anti-aircraft or ATGM in nature or both, can be changed by the gunner). A hydrualic ram presses these up and into the launch box where small arms latch them into place. With the process completed, the partition slides back into place and the hydrualic system returns the launcher to its previous position, ready to unleash hell at helicopters or enemy tanks. After the process, a tone, along with a dialogue warning, informs the crew to reload the missile launch system. The gunner then removes two more missiles from the missile storage box and positions them in the launch box reloader (after opening an armored partition). When completed, the partitions are closed and a button is pressed, telling the computer that the launch box can be reloaded. A total of six missiles can be carried [two in the launch box, two in the reloader, and two stored].
SYSTEMS
Without fire control systems, a tank is nothing. The ST-04A5 has an abundance of inter-connected fire control systems, all working together to make this tank the most advanced medium tank in the world.
3ADS (ARQ-690)- Integral Fire Control System- This system is a series of infrared, IRST, millimetric wave radars, and flat panel directive wave radar systems designed to give the commander an all-around view of the tank and anything within its viewing range. The system utilizes these modes of detection located in many different 'banks' of sensors which are usually armor protected. The system is connected to a threat identification computer as well as a fire control computer (which is then linked to the AEISCN or Soviet Bloc DefenseNet) giving the commander and gunner the ability to fire on targets while watching targets on the sides and rear (which can be miles away but being detected using another tank's sensors) and even fire on those targets using ATGMs or firing the cannon in a way resembling artillery. This system also works in conjunction with the close in defense systems.
ALMRS/TTAC-09 Mk. V system: Tracks up to 90 enemies and ranks them according to range, heading, threat level, and tank-type to provide best possible firing solution. Also computes MOA and other variables and automatically sets turret and barrel to correct heading (when this feature is engaged) and can fire on up to two targets simultaneously (assuming ATGM's are on their respectable slides). Also tracks and targets enemy targets at up to 500 ft. altitude and up to 30 miles away (Depending on weather conditions, terrain, and other factors).
SB-AFCS-S1 system: This advanced fire control system allows for the ST-04A5 to engage moving targets while the ST-04A5 is on the move. The barrel will always remain aimed at target while tank is in motion and will not waiver even over small hills, dips, bumps, and other obstructions. The barrel will always target enemy unit unless commander targets a new target or disengages system. The SB-AFCS-S1 system will continually track all targets and align barrel to fire on the target even if the target is on the move, the barrel will constantly update and move with the target while computing wind, weather, and MOA abilities for the best possible accuracy. The barrel will move on two different axis'. The commander's station is outfitted with nightvision capabilities, infrared capabilities, radar tracking capabilities (if an EW, radar aircraft, or radar station is near and able to send information), and advanced targetting systems. The commander's station is also outfitted with a periscope with nightvision, infrared capabilities, and a computerized screen to locate targets if they are obscured. Coupled with this system is the ALRS (Advanced Laser Range-finder System) which utilizes a laser rangefinder with a triple layer screen with crystals at different angles to scatter any enemy lasers that are attempting to disable the rangefinder. The rangefinder laser passes through a roughly 3mm hole in the screen.
SB-AMWRS-01- Millimetric wave radar
SB-ALDRS-58D - Joint LIDAR/LADAR system with emitters, receivers, and central processing unit.
ARENA Mk. III NEW- The ARENA Mk. III is a revolutionary new system, using a mini-turreted microwave emitter as its active missile defense system. The emitter uses microwaves to fry an incoming missile's electronics at ranges of several hundred meters, rendering the missile useless and likely either causing it to crash or detonate prematurely.
Shtora-3 defense suite: Scrambles enemy laser rangefinder, making it nearly impossible for enemy tank to fire, unless they guess the range. Also scrambles enemy communications systems and tracking systems. Also interferes with enemy laser-based systems and laser-type weapons by using a controlled beam of ultraviolet rays to scatter the laser (communications systems, weapons systems, rangefinder systems).
*Note- The Shtora-3 system can be seen on the very top picture, directly above the cannon, well, at least the emitter portion.*
AEISCN-03: Shares target information with other friendly tanks in the field along with other information, also allows friendly tanks in large numbers to make coordinated attacks through out the battlefield. Also allows friendly tanks to instantly reorganize into new squadrons and divisions for new assaults and also relays all information back to command. This system also checks in every 2 minutes (or shorter; can be adjusted) with GPS and military satellites to update terrain and enemy movements [ARSB satellites aid this and can pinpoint location with an accuracy of 30 feet). Also takes updated information and relays it to the commander's screen which displays all friendly tanks, enemy tanks, standing orders, enemy formations, buildings, objects, and other environmental objects. Coupled with this system is the SB-LRRCS (Long-range Radio communications set) with a range of roughly 450 miles.
NBC System SB-CAP-1 - This NBC system protects against nuclear, biological, and chemical threats as well as seal of the internal areas of the tanks from the outer environment, relying on an SB-AIR-M air recycling and cleaning unit to provide breathable oxygen to the tank's crew.
Periscope systems- Twin periscopes (commander periscope mentioned before)- Gunner periscope is outfitted with infrared technology, night vision tech, and the AEISCN-01 system (which shows enemy units based on satellite and aircraft intelligence or intel from other friendly ground untis). Also, on both periscopes is an active recording/viewable video camera (that can record or display in infrared, low light, night vision, millimetric radar or with computer-added symbols [arrows, boxes; to display locations of enemy units, friendly units, obstacles])
Direct Neural Interface
The DNI-AV (Direct Neural Interface- Armored Vehicle) is a Direct Neural Interface system (originally developed for the VEPR NGCS Infantry Combat System) that allows the crew to operate the tank using their own minds, although auxiliary systems are present to allow for manual operation. Targetting information is transferred directly into the gunner's and commander's own minds, allowing each to target and fire using their own respective systems. A direct feed allows all three crewmembers (driver, gunner, commander) to view all data gathered by the detection systems, allowing the driver to use millimetric radar, thermal imagers, low-light optics, LIDAR/LADAR, electro-optical, etc. to drive the tank and avoid targets while allowing the commander to designate targets in a three dimensional space for the gunner to target and fire on using the main gun. The DNI is a neural implant that intercepts signals from the crew's mind and transfers it directly to a computer system (or vice versa; computer to mind). The system allows the driver to drive and control all facets of the tank's propulsion and driving through his mind, while the two combat crew utilize the system to create a perfect mating of man and machine, creating such a lethal pair that this tank is bound to come out on top against any opponent it faces. This combination of man and machine gives the crew a level of capability that is unmatched, making the ST-04A5 the perfect killing machine.
Targetting information is gleaned from all active and passive detection systems and organized into easy-to-understand, readable displays in the crew's minds. Each system is seperate and shows each seperate crewmember information specific to their mission. A central computer system takes all data and turns it into three streams (one to each crewmember) which then enter the crewmember's mind directly by stimulating different portions of the brain.
Modular Construction
Its been proven that the more technologically advanced something gets, the more it breaks down. This cannot be helped as there are far too many things that can malfunction. However, the ST-04A5s designers took this to heart to create a modular tank. Each 'sub-system' is independent of each other and in the event something malfunctions it can be removed within minutes and replaced (providing the correct logistical support is nearby). Its engine is mounted on a sliding mechanism that can slide out and stay suspended in the air (on its rails) and be serviced in that position (giving the repairers the ability to repair anything on the tank and not just the visible portion [as would be on a conventional tank] or in a maintenance shop). The engine compartment was designed to be pulled out with little assistance. Four men can accomplish it. The engine itself is even modular, composed of eight distince 'pieces' which can be easily removed and replaced. The suspension is its own sub-system as is the drive train. The transmission is its own subsystem composed of three modular sections. The turret can be removed with little effort. The commander's section and its computers are all designed for easy replacement as is every other notable feature of this tank.
The average field service time for this tank (a complete field overhaul [in ARSB's standards] is the replacement of the following: engine, transmission, drive-train, track system, ERA panels, and the driver compartment) is now at a record time: 36 minutes. Of course, this is providing that you have the logistical power to do this. If you have little logistical support for an advancing armor group, then don't expect the modularity of this tank to help too much. But if you have strong supply lines, great logistical support, and efficient maintenance personnel, then you'll be able to watch as a burnt out hull of a tank is returned to active duty in a little over half an hour.
Soldier Protection and Fighting Capabilities
Soldiers are protected from inside the vehicle by extensive side armor, top armor, and an exceptional floor armor capable of withstanding the blast of up to three anti-personnel or one anti-tank land mine. This is possible by using non-essential equipment to assist the armor in absorbing the blast's shrapnel and energy.
To protect the soldiers as they disembark the vehicle and to increase their exit time, an advanced ramp system is used. On the outside are two armored partitions that open to the sides, each can withstand 7.62mm machine gun fire and each has an armored firing port. As they fling out, they lock into a near perpendicular (100 degree angle in relation to rear portion) position with the rest of the rear portion. Next, a compressed air system drops the main armored ramp down until a certain point where hydraulics take over and lower it to the ground. This entire process takes a little more than 30 seconds but provides them with extensive protection. This rear door system is located just to the side of the rear-facing firing port, so the soldier at the port can provide protection to the disembarking soldiers.
The vehicle also maintains one top hatch for soldier disembarkation or for firing from or for emergency exit.
Other
The ST-04A5 maintains an enhanced aluminum frame, strenghtened braces, low radar signature (due to absorbant materials coating outer layer of armor), low heat signature (Using SB-AHAS [see SB-NTC cannon]), low visual signature (low height, fairly narrow) for survival systems.
Ergonomical features- Engine based heater (for winter), Central air cooling system or underside-opening vents for fresh air, heated seats, defoggers, dehumidifier (to reduce moisture in air and reduce condensation inside turret), low-noise fans, ergonomically-placed lights
Storage is present for the storage of up to three assault rifles and ammunition.
General Specifications of the ST-04A5 Next Generation Medium Combat Tank
Height- 2.7 meters
Length- 8 meters
Width- 3.5 meters
Fuel capacity- 160 gallons (25 gallon reserve included)
Range- 550 kilometres (on fuel alone; does not include electrical power systems)
Obstacle-transversal height: 1 meter
Fording depth- 2 meters (without snorkel) 3.1 meters (with snorkel)
Weight- 52 tons
Crew- 4 (driver, gunner, commander, loader)
Engine- MVE-850-EX4 750 horsepower, turbocharged diesel engine with hybrid fuel cell/battery powerplant
Transmission- AEE-4351-R6E Advanced Electric Motor Drive System [Emergency Mechanical Linkage in Place]
Speed-
Top road speed: 52 miles per hour
Top off-road speed: 38 miles per hour
Cost: 8 million USD; 7 million USD for allies
EDIT: OOC: Maybe some of you haven't seen it, but this is actually a MASSIVE upgrade to my very first tank, the T-04A which was more of an infantry tank. And after re-evaluating my forces, I realized I needed a tank that could intermesh well with infantry forces. So, I made an all new tank and adapted it to the original T-04 frame (which i have thousands, and of which many were in stockpile for reserve use in the event they were needed). Some things may be a little messed up, as I was only testing the layout when I accidentally hit the "Post" button instead of "preview". So it came out prematurely but things may change, and I'm open to criticism, whatever. Thank you.
Next Generation Variant of the Original T-04A Medium Tank
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*General Specifications at Bottom*
The ST-04A5 brings alive a legend of the Soviet Bloc's armored warfare past, its first tank, the venerable T-04A Medium Tank. However, the ST-04A5 improves heavily on the original T-04A, effectively creating an entirely new tank. With the ability to carry and support up to four infantry, the ST-04A5 brings a new facet to the Soviet Bloc war doctrine, the ability for a medium tank to bring its own infantry team into combat to support and assist the tank itself. With its 105mm main cannon, and its vast array of auxiliary weapons and active defense and countermeasures, the ST-04A1 is an infantrymen's dream, not only can it take the pathetic attempts of punishment the enemy throws at it, but it can deal out a swift and lethal blow to completely cripple the enemy which it faces and had which had made the fatal mistake of provoking the ST-04A5 and its brethren to action. The ST-04A5 package has brought the T-04A not only to this modern day, but to the next generation.
Internal Design
The internal design is about as revolutionary as this entire tank, utilizing an attack helicopter-type format. Due to the presence of the DNI, the conventional internal turret design has been scrapped in favor of a tandem type 'cockpit' much like an attack helicopter. The commander sits on top with access to the commanders periscope systems and other targetting and tracking systems while the gunner sits below with weapons sights, tracking and targetting systems, and weapons systems. Both can operate the systems with the DNI, however, auxiliary controls are present for manual operation. Directly above the commander is his access hatch. Above and to the left of the gunner's position (the 'cockpit' is situationed on the right side of the turret), is the gunner's access hatch, which as a 7.62mm anti-personnel machine gun for anti-personnel applications. A fourth crewman, the loader, loads rounds for the gunner and/or commander to fire, including conventional ammunition and anti-tank missiles.
All tank ammunition is in an armored storage box. Freon systems are present to extinguish any fires.
The tank's engine is front mounted, alongside the driver. This aides in crew defense while providing the engine with a more effective coolant system. Although the tank could be disabled early in a struggle due to this, with our engine trolley and rail system the engine and drivetrain can be replaced in thirty minutes, assuming you have a good logistical supply line and well-trained logistical crew, which means this disabled tank with its crew alive and experienced, can return to battle.
With the engine in the front, a space is left to the rear of the vehicle, this is partially taken up by batteries and generator systems, however the bulk of it is now seating for up to four fully armed infantrymen and their equipment.
Propulsion
The ST-04A5 uses a hybrid powerplant to provide propulsion and power to its vast amount of systems. Initially an MVE-850-EX4 750 horsepower, turbocharged diesel engine provides general power to electric motors which drive the tracks [major motors located in both the rear and front of the tank]. The non-driving road wheels are connected to generators to generate electricity to store in a small amount of batteries, or they direclty assist the electric motors.
The electric motors allow the vehicle a smooth acceleration, smooth deceleration, and an infinitely variable speed. An emergency mechanical linkage with six forward gears and two reverse (all 'low-gear' for improved traction and power/performance [no speed]) is present and can be used in situations where the electrical system fails or when the electrical system is overcome (such as a really nasty mudhole). Due to the nature of the drive system, the vehicle is fairly fuel efficient.
Top road speed: 52 miles per hour
Top off-road speed: 38 miles per hour
An added plus to this system is the fact the diesel motor can be shut down and the tank can drive under battery power [and 'some' regeneration from the generators to prolong the time], meaning its completely silent.
Also, the drive-train on the ST-04A5 has been tweaked to allow for wider tracks, which allows a more even pressure displacement which aides in desert and moist-land travel.
Suspension
The ST-04A5 utilizes a brand new magneto- rheological fluid (MR) semi-active suspension system to completely revolutionize the undercarriage of the vehicle. This suspension system provides for an ultra-smooth ride over any obstacle, depression, or obstruction. Also, due to the new system, roadwheel, electric motor, mechanical drive gear, generator, and axle life and efficiency are all greatly increased courtesy of the MR suspension system's unique operation. This allows for a much more rapid engagement of target, less wear on tank components, reduced noise (less movement), not as much potential injury to crew members (due to jostling or bumping), and a much more safer environment.
Armor
The initial layer of the conventional armor is composed of a spaced gap system to effectively neatralize any HEAT rounds that penetrate the defense systems. Beyond this is a kevlar infused layer of ceramics designed to absorb and spread the kinetic energy of a kinetic kill round. This is further enhanced by a layer composed of a slanted titanium honeycomb layer (which gives it incredible kinetic energy absorbant powers). Behind this is a layer of solid aluminum which surrounds a coarse ceramics, kevlar, boronated plastic bond (the boronated plastic absorbs radiation). A final thick layer of boronated plastics and carbon elements protect the crew from radiation.
A tertiary layer is a large alunimum tank roughly about an inch and a quarter thick that contains electrolytic fluid (which changes its viscosity when hit with an electric shock). When a round is detected coming towards the vehicle, an electric firing system fires an electrical pulse towards the electrodes protruding into the fluid across each individual tank (there are a series of these tanks, each covering different portiosn). This means, that when a round impacts and penetrates the primary layer, it will hit the gel-like liquid and then it will harden (well, thicken) and spread the energy across the tank, reducing its effectiveness. To prevent spillage, each tank is cordoned off with metal strips to prevent one hit from draining an entire tank. This entire system is the Liquid-Based Passive Defense System (LBPDS) or Electrolytic Fluid Defense System (EFDS). The tanks are present on the front glacis, turret front, and vehicle sides. Thinner tanks are present on the turret sides, turret top, and vehicle rear.
Instead of using the AERA-II to defend from top-attack threats, the ST-04A5 uses the ATMDS (Active Top Missile Defense System) which resembles the AERA-II in appearance but differs in actual purpose. Each 'block' is actually a thin casing housing hundreds upon hundreds of flechettes over an explosive propellant. When an incoming missile is detected, the block ignites and saturates the air above with these flechettes and likely destroying it or altering its kinetic profile enough to where damage to the tank is far less than what it may have been. However, the system is disabled when the commanders hatch or gunners hatch are open to prevent potential lethal effects. [OPTIONAL- CAN BE REMOVED]
Close-In Defense and Active Countermeasure Systems
The ST-04A5 carries the Next Generation Armored Vehicle Missile Defense Suite, which completely enhances the vehicle's defensive capabilities and increases its survivability exponentially.
The first system is the Advanced Airborne Threat Defense System (AATDS) which is a series of three weapons mounts, one to the rear of the turret and the other two mounted in recessed portions of the forward area of the turret. Each AATDS turret is composed of a bank of three 'armored centrifuges' (the armor is light and basically only protects against shrapnel or ricocheting rounds). These three centrifuges are located on 360 degree traversing turntable with three hydraulic actuators which allow the three 'centrifuges' to move up or down a number of degrees. The first centrifuge covers an area from -15 degrees to +30; the second centrifuge covers from +20 to +80; the third covers from +60 to +120 degrees. This allows for each system to engage ground level targets, line of sight missiles, and top-attack missiles. Each turret is faced to allow for full overlapping and defensive abilities. Each AATDS 'centrifuge gun' is a centrifuge, although it fires conventional rounds in an arc pattern (since it spins it releases the rounds to cover an arc of space) at incredibly high rates of fire (up to 120,000 rpm). The projectiles used are the 6.5mm ball ammunition used by conventional infantry forces. No propellant is needed but the ammunition fired is capable of velocities as high as 8000 feet per second, and are fired so close together that they are only 1/32nd of an inch apart, meaning complete and utter target saturation. Employed as a close in defense system, this system is incredibly effective. The AATDS can also be used against infantry and is tied into the 'Active Engagement Suite', which is a series of systems designed to actively engage opposing forces that have fired on the tank (i.e. ATGM crews). Each AATDS turret has its own thermal imager, however all weapons systems are tied into the 'Integral Fire Control Suite' which is a series of threat detection systems and fire control systems such as thermal imagers, electro-optical, millimetric radar receivers and emitters, light detection and randing (LIDAR), laser detection and ranging (LADAR), and low-light optics. [OPTIONAL- MAY BE REMOVED]
In addition to this, it also has an anti-missile rapid response system (AMRRS), which makes use of all auxilary weaponry systems (commanders weapon, gunners weapon, any other weapons, unless in use by crew) to rapidly engage ATGM crews. It uses the same systems used by the AATDS to detect the missile, but instead of firing at the missile, it calculates the point of origin of the launch, and quickly lays down suppressive fire on that area. This is especially effective against wire guided weapons or remotely guided weapons, and lessens the chance of another weapon being fired..
The final active defense system is the ARENA Mk. III. This system uses a mini-turreted microwave emitter as its active missile defense system to effectively disable missiles en route to the vehicle at ranges of hundreds of feet, likely causing it to detonate prematurely or crash. The ARENA Mk. III's roots lie in the aircraft mounted AFR/SIRR microwave emission system, which both share many common parts.
Active Anti-Sensor System
The ST-04A5 utilizes something which promises to revolutionize the modern battlefield, the ATAQ/M-7A Active Anti-Sensor System. With the ATAQ system, no longer is anti-sensor system a passive chore, done with electronics, its taken to a manual level. When an enemy tank is detected, its range, heading, speed, etc. determined, and if the commander or gunner decides to, an 81mm mortar tube mounted in the rear flank of the tank positions itself (as it is in a semi-moveable pod) and fires a 'double-tap' of two 81mm mortar shells (which can be rocket assisted for enhanced range [such as light recon drones to 'see over the next hill']). The first shell is a proximity concussion grenade, with a sensor which detects either its altitude or its position to the tank and can maneuver itself (to a small extent with small deployable fins) to be in a prime position. Then a detonation occurs creating an intense concussion blast, capable of shattering the camera lenses, sensor systems, infrared detection screens, and even the internal workings of radar (or at least dislodging them). The blast, depending on weather conditions and its distance from the tank can also disable and shatter computer screens and systems within the tank, rendering the vehicle practically useless, especially in this day and age of modern computer-assisted warfare.
The second round is a shrapnel round, blanketing the tank with metal shards, capable of prematurely detonating ERA panels, tearing apart sensory equipment, taking out manual periscopes, damaging the main cannon, damaging NBC protection equipment, damaging the driver's window and periscope systems, damaging auxiliary weaponry, and even killing crew (if exposed).
The system can also be utilized to engage enemy infantry, anti-tank teams, or any other vehicles.
Exposed Crew Defense
As an infantry support vehicle, and likely to be in close range to infantry battles, exposed crew (operating auxiliary weaponry) must be protected. Armored partitions can be lifted into place to prevent shrapnel and small arms fire from inflicting injury on crew. The grenade launcher available to the loader for use is provided with an armor shield which can be expanded using additional partitions.
The commander's hatch is capable of being lifted like a manhole cover, and when it is lifted, a 'curtain' of a semi-transparent mesh material provides infrared protection, laser protection, and even shrapnel protection, meaning the tank can be completely quiet and cool (no thermal signature) and the commander can enjoy a wide view of the terrain without using electronics or exposing himself to infrared systems.
Silent Operating Systems
The ST-04A5 also utilizes silent operating systems, allowing for the tank to maneuver silently (with the systems described in the propulsion section). Other 'silent' features can render the tank as a prime defensive tool. Using an auxiliary quiet running turbine embedded in the rear armor above the infantry compartment and sheathed in heat absorbant material, coolant systems, and noise defeating systems, it can provide enough power to run basic fire control systems (infrared and electro-optical) along with enough power to operate hydraulic pumps to rotate and position the turret to fire. Batteries provide power to coolant systems to keep the turret and gun assembly from creating too much of an infrared signature and assist the small turbine in developing power to fire the main gun and operate basic systems.
Another feature added is the ability to manually move the turret with an internally mounted handcrank assembly (to move the turret and main gun alike).
Active Temperature Control
The tank utilizes an active temperature control system to maintain the internal temperature at a constant temperature to cool the electronics and provide as minimal of an infrared target as possible.
Primary Armament
The ST-04A5 utilizes a 105mm high-pressure smoothbore conventional firing cannon. All ammunition for the cannon is provided with oversized powder charges to create exceptional muzzle velocities, even comparable to electro-thermal cannons. The design was chosen due to its ability to fire without electricity, as power is an issue with the size of the tank.
Since the cannon is built into a turret, it can rotate 360-degrees and can aim upwards 32 degrees and -7 degrees. Around the firing mechanism and the barrel is enclosed in the SB-AHAS Heat-absorbing and dissipating shroud which absorbs the heat and dissipates it over a wide area.
The cannon is stabilised on double axis' and can fire on the move. It is manually loaded.
Due to its primary role as an infantry support tank, most rounds on the ST-04A5 are particularly effective versus infantry, including beehive rounds, grenade rounds, high-explosive, flame shells, etc. etc. The tank can carry as many as 32 rounds including two barrel-fired light reconaissance drones.
Secondary Weaponry
The primary second armament is a 20mm cannon mounted in its own remote-controlled (by commander) mini-turret with its own thermal imager. The cannon is tied into the tank's 'Integral Fire Control Suite', which ties in all offensive/defensive systems into a centrally operated threat detection/targetting system. This allows the cannon to target anything the tank's main gun is tracking or targetting or anything that shows up on detection systems, meaning this cannon can target and annihilate anything seen on the thermal imagers, millimetric radar, LIDAR, LADAR, electro-optical, or low-light optical sensors. The mini-turret is also connected to the active missile defense systems and can be used to target missiles, aircraft, or other enemy units (such as ATGM crews).
The coaxial weapon on the ST-04A5s primary turret is a 12.7mm conventional cannon with storage for as many as 2000 rounds.
Additional weaponry includes a mini-turreted (and gunner or commander remote controlled) 12.7mm machine gun with its own secondary thermal imagers. This system was mainly designed for taking out close threats including infantry, helicopters, or other threats. It can be used in conjunction with the close in defense systems.
Above the loader's position, and accessible by him (or any infantry) is an M-56D 40mm automatic grenade luancher with an armored ammunition loading aperture. It can be operated from within the tank as it has elementary photo sights as well as a manual periscope to aide in firing.
Rear Turret Air/Ground Defense Suite
The Rear Turret Air/Ground Defense Suite (RTAGDS), is a comprehensive computer controlled surface to air/surface missile system capable of housing two ready-to-fire surface to air missiles (or ATGMs) in an armored box in the rear left hand turret quarter. The box is mounted on a fully moveable hydraulically-operated system and is directly tied into vehicle's own detection systems. Another note of this system is that it can use airborne radar courtesy of a direct wireless broadband connection system which may link it to numerous airborne units to utilize their local target acquisition systems. This unit is mechanically reloadable, meaning, when the missiles are exhausted, and need to be reloaded, the gunner (or commander) has to pull a hydrualic lever (or initiate it through the computer), which rights the box and drops it into a cradle. The computer then unlatches a small armoured partition which slide to reveal two stored missiles (which can be anti-aircraft or ATGM in nature or both, can be changed by the gunner). A hydrualic ram presses these up and into the launch box where small arms latch them into place. With the process completed, the partition slides back into place and the hydrualic system returns the launcher to its previous position, ready to unleash hell at helicopters or enemy tanks. After the process, a tone, along with a dialogue warning, informs the crew to reload the missile launch system. The gunner then removes two more missiles from the missile storage box and positions them in the launch box reloader (after opening an armored partition). When completed, the partitions are closed and a button is pressed, telling the computer that the launch box can be reloaded. A total of six missiles can be carried [two in the launch box, two in the reloader, and two stored].
SYSTEMS
Without fire control systems, a tank is nothing. The ST-04A5 has an abundance of inter-connected fire control systems, all working together to make this tank the most advanced medium tank in the world.
3ADS (ARQ-690)- Integral Fire Control System- This system is a series of infrared, IRST, millimetric wave radars, and flat panel directive wave radar systems designed to give the commander an all-around view of the tank and anything within its viewing range. The system utilizes these modes of detection located in many different 'banks' of sensors which are usually armor protected. The system is connected to a threat identification computer as well as a fire control computer (which is then linked to the AEISCN or Soviet Bloc DefenseNet) giving the commander and gunner the ability to fire on targets while watching targets on the sides and rear (which can be miles away but being detected using another tank's sensors) and even fire on those targets using ATGMs or firing the cannon in a way resembling artillery. This system also works in conjunction with the close in defense systems.
ALMRS/TTAC-09 Mk. V system: Tracks up to 90 enemies and ranks them according to range, heading, threat level, and tank-type to provide best possible firing solution. Also computes MOA and other variables and automatically sets turret and barrel to correct heading (when this feature is engaged) and can fire on up to two targets simultaneously (assuming ATGM's are on their respectable slides). Also tracks and targets enemy targets at up to 500 ft. altitude and up to 30 miles away (Depending on weather conditions, terrain, and other factors).
SB-AFCS-S1 system: This advanced fire control system allows for the ST-04A5 to engage moving targets while the ST-04A5 is on the move. The barrel will always remain aimed at target while tank is in motion and will not waiver even over small hills, dips, bumps, and other obstructions. The barrel will always target enemy unit unless commander targets a new target or disengages system. The SB-AFCS-S1 system will continually track all targets and align barrel to fire on the target even if the target is on the move, the barrel will constantly update and move with the target while computing wind, weather, and MOA abilities for the best possible accuracy. The barrel will move on two different axis'. The commander's station is outfitted with nightvision capabilities, infrared capabilities, radar tracking capabilities (if an EW, radar aircraft, or radar station is near and able to send information), and advanced targetting systems. The commander's station is also outfitted with a periscope with nightvision, infrared capabilities, and a computerized screen to locate targets if they are obscured. Coupled with this system is the ALRS (Advanced Laser Range-finder System) which utilizes a laser rangefinder with a triple layer screen with crystals at different angles to scatter any enemy lasers that are attempting to disable the rangefinder. The rangefinder laser passes through a roughly 3mm hole in the screen.
SB-AMWRS-01- Millimetric wave radar
SB-ALDRS-58D - Joint LIDAR/LADAR system with emitters, receivers, and central processing unit.
ARENA Mk. III NEW- The ARENA Mk. III is a revolutionary new system, using a mini-turreted microwave emitter as its active missile defense system. The emitter uses microwaves to fry an incoming missile's electronics at ranges of several hundred meters, rendering the missile useless and likely either causing it to crash or detonate prematurely.
Shtora-3 defense suite: Scrambles enemy laser rangefinder, making it nearly impossible for enemy tank to fire, unless they guess the range. Also scrambles enemy communications systems and tracking systems. Also interferes with enemy laser-based systems and laser-type weapons by using a controlled beam of ultraviolet rays to scatter the laser (communications systems, weapons systems, rangefinder systems).
*Note- The Shtora-3 system can be seen on the very top picture, directly above the cannon, well, at least the emitter portion.*
AEISCN-03: Shares target information with other friendly tanks in the field along with other information, also allows friendly tanks in large numbers to make coordinated attacks through out the battlefield. Also allows friendly tanks to instantly reorganize into new squadrons and divisions for new assaults and also relays all information back to command. This system also checks in every 2 minutes (or shorter; can be adjusted) with GPS and military satellites to update terrain and enemy movements [ARSB satellites aid this and can pinpoint location with an accuracy of 30 feet). Also takes updated information and relays it to the commander's screen which displays all friendly tanks, enemy tanks, standing orders, enemy formations, buildings, objects, and other environmental objects. Coupled with this system is the SB-LRRCS (Long-range Radio communications set) with a range of roughly 450 miles.
NBC System SB-CAP-1 - This NBC system protects against nuclear, biological, and chemical threats as well as seal of the internal areas of the tanks from the outer environment, relying on an SB-AIR-M air recycling and cleaning unit to provide breathable oxygen to the tank's crew.
Periscope systems- Twin periscopes (commander periscope mentioned before)- Gunner periscope is outfitted with infrared technology, night vision tech, and the AEISCN-01 system (which shows enemy units based on satellite and aircraft intelligence or intel from other friendly ground untis). Also, on both periscopes is an active recording/viewable video camera (that can record or display in infrared, low light, night vision, millimetric radar or with computer-added symbols [arrows, boxes; to display locations of enemy units, friendly units, obstacles])
Direct Neural Interface
The DNI-AV (Direct Neural Interface- Armored Vehicle) is a Direct Neural Interface system (originally developed for the VEPR NGCS Infantry Combat System) that allows the crew to operate the tank using their own minds, although auxiliary systems are present to allow for manual operation. Targetting information is transferred directly into the gunner's and commander's own minds, allowing each to target and fire using their own respective systems. A direct feed allows all three crewmembers (driver, gunner, commander) to view all data gathered by the detection systems, allowing the driver to use millimetric radar, thermal imagers, low-light optics, LIDAR/LADAR, electro-optical, etc. to drive the tank and avoid targets while allowing the commander to designate targets in a three dimensional space for the gunner to target and fire on using the main gun. The DNI is a neural implant that intercepts signals from the crew's mind and transfers it directly to a computer system (or vice versa; computer to mind). The system allows the driver to drive and control all facets of the tank's propulsion and driving through his mind, while the two combat crew utilize the system to create a perfect mating of man and machine, creating such a lethal pair that this tank is bound to come out on top against any opponent it faces. This combination of man and machine gives the crew a level of capability that is unmatched, making the ST-04A5 the perfect killing machine.
Targetting information is gleaned from all active and passive detection systems and organized into easy-to-understand, readable displays in the crew's minds. Each system is seperate and shows each seperate crewmember information specific to their mission. A central computer system takes all data and turns it into three streams (one to each crewmember) which then enter the crewmember's mind directly by stimulating different portions of the brain.
Modular Construction
Its been proven that the more technologically advanced something gets, the more it breaks down. This cannot be helped as there are far too many things that can malfunction. However, the ST-04A5s designers took this to heart to create a modular tank. Each 'sub-system' is independent of each other and in the event something malfunctions it can be removed within minutes and replaced (providing the correct logistical support is nearby). Its engine is mounted on a sliding mechanism that can slide out and stay suspended in the air (on its rails) and be serviced in that position (giving the repairers the ability to repair anything on the tank and not just the visible portion [as would be on a conventional tank] or in a maintenance shop). The engine compartment was designed to be pulled out with little assistance. Four men can accomplish it. The engine itself is even modular, composed of eight distince 'pieces' which can be easily removed and replaced. The suspension is its own sub-system as is the drive train. The transmission is its own subsystem composed of three modular sections. The turret can be removed with little effort. The commander's section and its computers are all designed for easy replacement as is every other notable feature of this tank.
The average field service time for this tank (a complete field overhaul [in ARSB's standards] is the replacement of the following: engine, transmission, drive-train, track system, ERA panels, and the driver compartment) is now at a record time: 36 minutes. Of course, this is providing that you have the logistical power to do this. If you have little logistical support for an advancing armor group, then don't expect the modularity of this tank to help too much. But if you have strong supply lines, great logistical support, and efficient maintenance personnel, then you'll be able to watch as a burnt out hull of a tank is returned to active duty in a little over half an hour.
Soldier Protection and Fighting Capabilities
Soldiers are protected from inside the vehicle by extensive side armor, top armor, and an exceptional floor armor capable of withstanding the blast of up to three anti-personnel or one anti-tank land mine. This is possible by using non-essential equipment to assist the armor in absorbing the blast's shrapnel and energy.
To protect the soldiers as they disembark the vehicle and to increase their exit time, an advanced ramp system is used. On the outside are two armored partitions that open to the sides, each can withstand 7.62mm machine gun fire and each has an armored firing port. As they fling out, they lock into a near perpendicular (100 degree angle in relation to rear portion) position with the rest of the rear portion. Next, a compressed air system drops the main armored ramp down until a certain point where hydraulics take over and lower it to the ground. This entire process takes a little more than 30 seconds but provides them with extensive protection. This rear door system is located just to the side of the rear-facing firing port, so the soldier at the port can provide protection to the disembarking soldiers.
The vehicle also maintains one top hatch for soldier disembarkation or for firing from or for emergency exit.
Other
The ST-04A5 maintains an enhanced aluminum frame, strenghtened braces, low radar signature (due to absorbant materials coating outer layer of armor), low heat signature (Using SB-AHAS [see SB-NTC cannon]), low visual signature (low height, fairly narrow) for survival systems.
Ergonomical features- Engine based heater (for winter), Central air cooling system or underside-opening vents for fresh air, heated seats, defoggers, dehumidifier (to reduce moisture in air and reduce condensation inside turret), low-noise fans, ergonomically-placed lights
Storage is present for the storage of up to three assault rifles and ammunition.
General Specifications of the ST-04A5 Next Generation Medium Combat Tank
Height- 2.7 meters
Length- 8 meters
Width- 3.5 meters
Fuel capacity- 160 gallons (25 gallon reserve included)
Range- 550 kilometres (on fuel alone; does not include electrical power systems)
Obstacle-transversal height: 1 meter
Fording depth- 2 meters (without snorkel) 3.1 meters (with snorkel)
Weight- 52 tons
Crew- 4 (driver, gunner, commander, loader)
Engine- MVE-850-EX4 750 horsepower, turbocharged diesel engine with hybrid fuel cell/battery powerplant
Transmission- AEE-4351-R6E Advanced Electric Motor Drive System [Emergency Mechanical Linkage in Place]
Speed-
Top road speed: 52 miles per hour
Top off-road speed: 38 miles per hour
Cost: 8 million USD; 7 million USD for allies
EDIT: OOC: Maybe some of you haven't seen it, but this is actually a MASSIVE upgrade to my very first tank, the T-04A which was more of an infantry tank. And after re-evaluating my forces, I realized I needed a tank that could intermesh well with infantry forces. So, I made an all new tank and adapted it to the original T-04 frame (which i have thousands, and of which many were in stockpile for reserve use in the event they were needed). Some things may be a little messed up, as I was only testing the layout when I accidentally hit the "Post" button instead of "preview". So it came out prematurely but things may change, and I'm open to criticism, whatever. Thank you.