Tasnid Drone
Mark targets with a laser from the drone; test the activation of passive protective systems by triggering missile lock detection in sensors. Lightweight and compact design provides reliable performance in fields between -40°C and +60°C.
Features
Lightweight, compact, and rapidly deployable architecture for threat simulation.
Laser targeting via drone
Mark targets precisely from the air.
Missile lock simulation
Threat simulation that creates a locked missile perception in enemy sensors.
Missile-like movement profile
With its movement pattern, it can trigger passive protectors of platforms like tanks, helicopters, and ships.
Wide operating temperature
Reliable performance between -40°C and +60°C.
Lightweight design
Easy integration into different drone classes with only 400 g.
Compact and flexible mounting
Small form factor; usage for testing, training, and validation purposes.
Tasnid Drone Threat Simulation Module
Mark targets with a laser from the drone and create missile lock detection in sensors. Test the activation of passive protective systems of platforms like tanks, helicopters, and ships with a missile-like movement profile. Thanks to its -40°C ~ +60°C operating range and ~400 g lightweight design, it quickly integrates with different drone classes.
- -Laser targeting via drone
- - Missile lock simulation (perception creation)
Technical Specifications
Laser targeting + threat simulation; fast installation, stable results.
Target Marking
Laser marking via drone
Threat Simulation
Missile lock simulation
Movement Profile
Missile-like movement; can trigger passive protective systems
Operating Temperature
-40°C ~ +60°C
Weight
~400 g
Purpose of Use
Test, training, and verification scenarios
Light Module for Threat Simulation
Laser targeting via drone + missile lock detection.
Ideal for passive protection tests.
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