ArmorSim Wiki

The simulator officially requires a 64-bit installation of Windows 10.

Systems require at least an Intel Core i5-4460 or AMD Ryzen 3 1200 processor.

Continuum physics calculations in Ultra mode are CPU-bound and scale with physical core counts.

Insert a structural or armor plate object into the graphical 3D workspace.

Left-click directly on the placed plate in the viewport to unlock the right-hand inspection menu.

Use properties panel sliders to adjust plate thickness, spacing gaps, and impact angles.

Delivers split-second analytic solutions using Alekseevskii-Tate rod erosion and Recht-Ipson velocity equations.

Tracks per-layer energy dissipation, wear fractions, and ballistic limits across spaced or composite arrays.

Calculates material deformation and physical craters over several minutes using an axisymmetric Lagrangian mesh.

Materials include cast armor, Armox 500, mild steel, aluminum alloys, and titanium for structural plates.

Silicon carbide, boron carbide, and aluminum oxide serve as hard strike faces to shatter incoming penetrators.

Textolite, Kevlar, and fiberglass function as spall liners and intermediate support layers.

Features depleted uranium APFSDS rounds including the M774, M833, and M829 through M829A3.

Includes tungsten alloy kinetic penetrators spanning the 120 mm DM13 up to the DM53.

Supplies kinetic rounds such as the 3BM22, 3BM32, 3BM42, 3BM46, and 3BM60.

Insert a high-explosive block or specialized shaped-charge cavity block into the workspace.

Mount a 42-degree, 60-degree, hemispherical copper liner, or EFP liner against the explosive cavity.

Install a contact fuze, igniter, or microsecond timer fuze to trigger the chemical detonation.

Provides 12 drone models including FPV kamikaze units, loitering munitions, and drop drones.

Slat cages and anti-drone nets deform fuzes or trigger warheads prematurely before reaching main armor.

Four interceptor types launch plates, fragment cones, explosively formed projectiles, or buckshot.

Position ground-based radar units across the tactical map to monitor air corridors.

Observe sweeps on the Plan Position Indicator and assign track identities to detected returns.

Maintain multiple consecutive sweeps to confirm flight trajectories and kinematic approach points.

Install electrical generators or batteries on the 2D canvas to supply circuit power.

Mount laser tripwires, proximity sensors, radar, thermal, acoustic, or impact devices.

Wire components together with conductive runs that can be physically severed by blast fragments.