Abstract: An infrared target made up of a plurality of infrared radiating modules simulates a military asset. The modules have radiating portions that generate infrared signals matching the thermal cues making up the thermal signature of the asset. The modules are designed using as variables the size, shape, area, thickness and composition of a radiating portion so the infrared signal is of the desired shape and intensity. Visible graphics cover the modules to depict the asset in visible light. A radar corner reflector simulates the asset to radar apparatus.

Abstract: An infrared target made up of a plurality of infrared radiating modules simulates a military asset. The modules have radiating portions that generate infrared signals matching the thermal cues making up the thermal signature of the asset. The modules are designed using as variables the size, shape, area, thickness and composition of a radiating portion so the infrared signal is of the desired shape and intensity. Visible graphics cover the modules to depict the asset in visible light. A radar corner reflector simulates the asset to radar apparatus.

Abstract: An electrically operated military target capable of emitting an infrared signal when an electric current passes therethrough comprises a multiplicty of independent modules, each module corresponding to a thermal cue of a military threat asset. Each module is a unitary, composite, flexible laminate capable of conducting an electric current. Each module is provided with redundant circuitry for connection to a power source. The laminate is covered by a flexible, thermal insulating pad containing a multiplicity of discrete air-containing cells through which the infrared signal can pass. The target is useful for live fire training with thermal sights.