AMX 50 Surbaissé vs T-10 | Oscillating 120mm French Monster Tank | Armour Penetration Simulation скачать в хорошем качестве

AMX 50 Surbaissé vs T-10 | Oscillating 120mm French Monster Tank | Armour Penetration Simulation

The simulation presents the most powerful tank shell of the 1950's impacting the upper glacis armour of the Soviet T-10 heavy tank, from 250m. The AMX 50 also featured an autoloader, giving it an exceptional rate of fire. The 120mm Obus de Rupture has been modelled as identical to the American M358 armour-piercing ballistic-capped (APBC) projectile of the M103. The M358 is the most powerful tank projectile to ever enter service (based on kinetic energy at the muzzle). It was designed to counter Soviet heavy tanks like the IS-3. The T-10 series of tanks posed a significantly larger threat, with thicker armour at a steeper angle. The 250m range shown in the simulation is extremely close, but serves as a direct comparison to the previous T-10 vs AMX-50 Foch video (the Foch and the Surbaisse used the same cannon):    • THE MOST HEAVILY ARMOURED TANK DESTROYER |...   The projectile has been modelled with progressive hardness, similar to that of 90mm T33. The majority of the round is 600-650BHN in hardness, with only the base being softer. Based on an interpolation of US shot testing data, M358 is likely to penetrate the T-10 under the simulation conditions. The community tab contains the data tables for penetration at 60 and 65 degrees:    / @sysimulations   It should be noted that the ballistic limit is for the Army criterion, and that extrapolation is needed to assess the impact velocity of 1044m/s. The T-10 upper glacis has been based on information from the Soviet Armour Blog, where the upper glacis is 120mm thick 300BHN Rolled Homogenous Armour (RHA) at 64 degrees (when engaged directly from the front). Amazing Thumbnail Artwork From: Martin Dušek https://www.artstation.com/artwork/14... and Warthunder