We were puzzled by players' concerns about the Pantsir’s tracking radar, operating in the microwave range, which is currently unable to be detected by the radiation warning systems.
But the TOR-M1 radar, which is already present in the game, has an elevation coverage up to 64 degrees! In addition, we are conducting additional research on the capabilities of the radars of other anti-aircraft systems presented in the game, and if additional information is found, we will specify their capabilities in the game. Players are also concerned about the possibility of the azimuth radar to operate in some radar modes at high elevation angles which certainly is an undeniable advantage. The speed characteristics and flight time at distances up to 10 km of the 95Ya6 missile are generally identical to the VT-1 missile, with significantly less available overload tolerance. At a distance of 8 km the missile is inferior to the 9M331 missile of the TOR-M1 in terms of G-tolerance, and at extreme distances the 95Ya6 overload drops to a poor 5G, which may provide sure kill of only non-maneuvering targets such as UAVs. At the same time, the Pantsir’s 95Ya6 missile moves by inertia for most of its trajectory.
Its missiles equipped with dual-mode solid-propellant rocket engines maintain cruising speed for a long period of time and provide an overload tolerance of up to 35G. The TOR-M2, both in terms of the number of missiles and, according to our research, in terms of the manoeuvrability of missiles, outmatches the Pantsir-S1 at most distances. However, according to the game statistics, TOR-M1 is also one of the efficiency outsiders in terms of efficiency and simply can’t help to solve the issue of the late Soviet anti-aircraft lineup. Some players also believe that instead of introducing Pantsir-S1, it was worth introducing the TOR-M1 or TOR-M2 systems.
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