Sensors are mounted on the soldier’s personal helmet cover and vest. Each soldier carries 13 hit sensors in total.
For practicing skills to engage FPV drones using small arms and pump-action shotguns.
It simulates two-sided fire contact — shooter versus drone — in realistic scenarios without risk to life or equipment.
Suitable for tactical training, aiming practice, coordination, and decision-making.
Sensors are mounted on the soldier’s personal helmet cover and vest. Each soldier carries 13 hit sensors in total.
A shooter using a pump‑action shotgun replica with integrated electronics, or a small arm fitted with a weapon‑mounted laser unit, engages a maneuvering FPV drone with aimed fire.
Hit sensors on the drone’s payload unit and on the soldier’s gear register impacts and display them via indicators (on the drone: red — shot down; blue — drone hit the shooter; on the soldier’s gear: red — hit by the drone). All statistics are recorded for later analysis.
Intended for practicing:
detection, aiming, and drone neutralization;
reaction speed and decision‑making;
tactical coordination between multiple shooters.
Additional components: wireless shock bracelet, instructor’s tablet, Wi‑Fi coverage.
When the drone is hit, the drone module lights up red;
when the shooter is “hit”, the soldier’s gear displays red indicators and the drone’s module shows blue.
All hit statistics are shown on the drone’s payload unit and in the instructor’s tablet software.
