Modern Main Battle Tanks ( MBT )

Franklin

Captain
I try to imagine how a modern tank battle between two peer powers would look like. It will involve satellites, drones, attack helicopters, ground attack planes, fighter jets and special mission planes. Modern tank battle's between or with great powers without these air assets is unthinkable.

The role of the MBT itself on the battlefield is heavily reduced. They are only one component of a much larger whole. Both naval and land battles these day depend heavily on air power.
 

plawolf

Lieutenant General
I try to imagine how a modern tank battle between two peer powers would look like. It will involve satellites, drones, attack helicopters, ground attack planes, fighter jets and special mission planes. Modern tank battle's between or with great powers without these air assets is unthinkable.

The role of the MBT itself on the battlefield is heavily reduced. They are only one component of a much larger whole. Both naval and land battles these day depend heavily on air power.

Actually, I see fights between peer powers as where each weapons system are all required to pull their weight.

When fighting against a hopelessly outmatched opponent, air power can reduce enemy ground forces to slag from a safe distance with minimal risk and losses.

However, if enemy air power and air defences are so powerful that your tac air is unable to mount effective large scale strikes against enemy ground targets, and your own air and anti-air forces are similarly able to limit the effectiveness of enemy tac air, well then, it will be down to the grunts on the ground to take the fight to the enemy's ground forces.

Tactical air defence systems like the Tor, that can keep up with advancing armour, as well as friendly attack helicopters will limit the effectiveness of enemy attack helicopters.

Active defence will limit the effectiveness of high cost, low shot count weapons like ATGMs, so I think in a future all out war between peers or near peers, it will be MBT fired sabots, artillery and sensor fused weapons that will make the most difference in a full scale armour brawl.

Active defence works best against explosive projectiles they could detonate prematurely. They are far less effective against kinetic penetrators and are vulnerable to saturation attacks.

In many ways, I see wars between peers and near peers as returning to the roots of combat. The closer in terms of tech and power of the two opposing sides, the more they can counter the synergies modern warfare is built upon of their opponent and be countered themselves, and the more battles will boil down to individual duals between the opposit number of both sides.
 

aksha

Captain
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The Defence Research and Development Organisation (DRDO) claimed on Saturday that it had successfully test-fired new ammunition designed for Main Battle Tank (MBT) Arjun. The trials have been hailed as significant as it is for the first time such an evaluation is carried out in India.

The Ministry of Defence (MoD) confirmed the test-firing by naming the new ammunition -- PCB (Penetration-Cum Blast) and TB (Thermobaric) -- both specially designed for MBT Arjun. "It will give a quantum jump in the fire-power of Arjun tanks," claims MoD. The main purpose of the trials were to demonstrate the effectiveness of the ammunitions on derelict tank fitted with instrumentation to measure the shocks, blast pressure and temperature at various locations and on advanced imaging systems. The technical trials were conducted at Chandipur in Odisha on January 6, witnessed by officials from Indian Army and DRDO. MOD says the trials were found to be very effective and the damage was devastating with the firing of ammunition successfully destroying the target tank and severely damaging its turret, barrel, tracks, ammunition bin, various sights, antennas etc. The ammunitions PCB and TB are developed by Pune-based DRDO laboratories Armament Research and Development Establishment (ARDE) and High Energy Materials Research Laboratory (HEMRL). For the trials, HEMRL developed a unique chemical composition after extensive research for the TB ammunition. The ammunitions were evaluated against different simulated targets including armour plates, concrete structures and fortifications.
 
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