My take on the next MBT is it's gonna be what the T-34 was to tank design in 1941. I expect a long, squat, low and very angled vehicule, with deadly firepower, all these wich compared to today's tanks would be similar to comparing a T-34/76 and a Pz-III. A tank no bigger or smaller, but "lowered and resculpted". Very wide tracks and large wheels for excellent traction and off-road performance combined with a powerful engine, a turbine or a turbo/supercharged diesel using synthetic or renewable fuel. Electric propulsion is not strong enough to drive something this heavy fast enough, unless someone invents fusion reactors, then some small enough to fit. Weight in the 50-70 tons, speed on road of 80 km/h, off-road speed 60km/h and a range of 600km. Not having the alcoholic binge of a turbine makes it less powerful than it could be but increases the range and decreases the supply load.
Armor would be heavy, very heavy, and would not be limited to using a median slope of 20 degrees of alot of Composite Chobham as a base hull. Protection will be almost equal from all angles with the front and top getting a bit of extra. On top of this will be a layer of next-generation Explosive Reactive Armor capable of defeating HEAT/KE threats by itself. Active and Passive protection systems will be standart and mounted on the turret. Basically a 360 degree radar guided shotgun that automatically detects and engages heavy ATGMs.
Alternatively if one or more miniguns are mounted on the tank they could be linked to the APS radar and used as land CIWS against both ATGMs, aircraft and helicopters.
My idea on how to have better crew protection is to put the engine in front (merkava style), the gun compartment in the middle and the crew in the back, in a heavily armored survival cell.
From this "armored egg" the crew would be dependent on excellent optics, video, comms and electronics to keep them connected to what's happening outside the tank. A large degree of automation will take place, including a toggleable "auto-acquire" AI using IFF and Image Recognition for all the weapons on board, so that the gunner and commander can engage targets using every weapon system on board. This could be turned off in a civilian-heavy urban zone and activated in a heavy engagement in the open, away from non-combattants. Of course there would be redundant "Kill-Switches" and Overrides.
Tomorrow's MBT will have more computing power than a squadron of F-22s, and the powerpack should generate enough electricity to light up a small village! A artificial semi-intelligence will be build in the compiter, the goal of this is not to make it a robot, but rather a "smart" tank that can react, alert and help the crew when in need. It would be linked with the whole army and intelligently and systematically analyze the situation and report new intelligence relevant to the mission of the crew. Even as far (one day) as analysing a AWACS radar report and alerting the crew to incoming hostile aircraft.
The turret would be unmanned, thus extremely low and angled. It would mount one or two remotely operated weapon systems (for example a HMG and a GL, or even miniguns) on the top of the turret and give the crew a chance to engage enemy personel and light vehicules whitout endangering himself. All weapon systems would be intregrated with the computer/AI of the tank. The main gun will probably be a 80 to 150mm Electro-Thermal Gun with enough energy to go through any current tank like butter. Autoloading technology will make the loader unnecessary or perhaps used as a secondary gunner. The Coaxial machinegun will go heavy, maybe a 25mm chaingun. This places heavy firepower in the main gun axis and leaves the tertiary armament for personnel, so if the turret turns, it means business.
The technologies needed for this are some way ahead, but so far i have laid down the design for what i think will be tomorrow's sucessful main battle tank. For me it represents the three factors of firepower, mobility and protection taken to their maximum level, with a fourth factor of Integrability (both electronic, supply and mechanical) taken into account.
Armor would be heavy, very heavy, and would not be limited to using a median slope of 20 degrees of alot of Composite Chobham as a base hull. Protection will be almost equal from all angles with the front and top getting a bit of extra. On top of this will be a layer of next-generation Explosive Reactive Armor capable of defeating HEAT/KE threats by itself. Active and Passive protection systems will be standart and mounted on the turret. Basically a 360 degree radar guided shotgun that automatically detects and engages heavy ATGMs.
Alternatively if one or more miniguns are mounted on the tank they could be linked to the APS radar and used as land CIWS against both ATGMs, aircraft and helicopters.
My idea on how to have better crew protection is to put the engine in front (merkava style), the gun compartment in the middle and the crew in the back, in a heavily armored survival cell.
From this "armored egg" the crew would be dependent on excellent optics, video, comms and electronics to keep them connected to what's happening outside the tank. A large degree of automation will take place, including a toggleable "auto-acquire" AI using IFF and Image Recognition for all the weapons on board, so that the gunner and commander can engage targets using every weapon system on board. This could be turned off in a civilian-heavy urban zone and activated in a heavy engagement in the open, away from non-combattants. Of course there would be redundant "Kill-Switches" and Overrides.
Tomorrow's MBT will have more computing power than a squadron of F-22s, and the powerpack should generate enough electricity to light up a small village! A artificial semi-intelligence will be build in the compiter, the goal of this is not to make it a robot, but rather a "smart" tank that can react, alert and help the crew when in need. It would be linked with the whole army and intelligently and systematically analyze the situation and report new intelligence relevant to the mission of the crew. Even as far (one day) as analysing a AWACS radar report and alerting the crew to incoming hostile aircraft.
The turret would be unmanned, thus extremely low and angled. It would mount one or two remotely operated weapon systems (for example a HMG and a GL, or even miniguns) on the top of the turret and give the crew a chance to engage enemy personel and light vehicules whitout endangering himself. All weapon systems would be intregrated with the computer/AI of the tank. The main gun will probably be a 80 to 150mm Electro-Thermal Gun with enough energy to go through any current tank like butter. Autoloading technology will make the loader unnecessary or perhaps used as a secondary gunner. The Coaxial machinegun will go heavy, maybe a 25mm chaingun. This places heavy firepower in the main gun axis and leaves the tertiary armament for personnel, so if the turret turns, it means business.
The technologies needed for this are some way ahead, but so far i have laid down the design for what i think will be tomorrow's sucessful main battle tank. For me it represents the three factors of firepower, mobility and protection taken to their maximum level, with a fourth factor of Integrability (both electronic, supply and mechanical) taken into account.