- Reaction score
- 36
- Points
- 560
It would be interesting to contemplate the various new threats to tanks, ranging from distributed sensor systems to various forms of top attack munitions, as well as the ever increasing potency of "conventional" weapons, and work out what a new tank design would need based on the ability to counter these threats while still being able to deliver a punch on the modern battlefield.
I'm starting to think that developments in self seeking, long range munitions might convert the tank to a form of better protected self propelled artillery (rounds like LAHAT or the Korean KSTAM allow tanks to attack targets from 13 and 8km away respectively), and advanced communications and networking will also work in favour of the tanks, especially if the tank troop and squadron (platoon and company) can collaberate with dispersed sensors and tanks that are normally out of the fight due to terrain or distance can add fire with their NLOS munitions.
This is a consideration since "more of the same" is increasingly costly (A Korean K-2 tank is supposed to cost $8.8 million dollars a unit). Making tanks more versatile and more deadly might be the key to making them relevant farther in the future.
I'm starting to think that developments in self seeking, long range munitions might convert the tank to a form of better protected self propelled artillery (rounds like LAHAT or the Korean KSTAM allow tanks to attack targets from 13 and 8km away respectively), and advanced communications and networking will also work in favour of the tanks, especially if the tank troop and squadron (platoon and company) can collaberate with dispersed sensors and tanks that are normally out of the fight due to terrain or distance can add fire with their NLOS munitions.
This is a consideration since "more of the same" is increasingly costly (A Korean K-2 tank is supposed to cost $8.8 million dollars a unit). Making tanks more versatile and more deadly might be the key to making them relevant farther in the future.