Electrically heated conductive layers create a durable thermal target with uniform IR visibility that withstands repeated projectile impacts.
A conductive target body with contact heating maintains uniform thermal visibility while surviving sustained projectile impacts.
TEC heating and cooling, vibration sensing, and LEDs keep a steel target thermally visible and confirm bullet hits in low light.
RFID-tracked clay targets and spaced detection units replace subjective hit calls with measurable impact distance and instant score feedback.
A self-heating package and cross-connected heat channels maintain temperature differences for thermal imaging sight calibration.
Combustion chamber heats conductive surface to generate detectable infrared signature, eliminating aerodynamic disruption from external cooling.
Rear zone chemical heating packets generate infrared signatures for thermal scopes, solving the lack of realistic heat targets without complex electronics.
A target shooting system replicates muzzle flashes and gunshot sounds to simulate live return fire while maintaining safety.
A polyurethane archery target features a strontium-based luminescent outer layer that emits light for extended periods.