TWL200 is designed to warn personnel against laser emissions used for rangefinding, targeting, and guidance. By detecting hostile laser activity at an early stage, the system supports survivability by enabling rapid reaction before engagement or targeting is completed by adversary systems.
The system is intended for use by dismounted soldiers, special forces, reconnaissance units, and security personnel operating in laser-threat environments. Its wearable design allows integration with personal equipment such as tactical vests and uniforms without restricting mobility.
TWL200 continuously monitors laser emissions within the 700–1700 nm wavelength range, covering common military laser sources. The system detects laser range finders, target designators, and laser guidance beams with a detection range exceeding 5 km and a response time of less than 10 milliseconds.
Directional detection capability provides real-time information about the incoming laser threat, allowing the user to identify the direction of illumination immediately.
The system provides multi-modal warnings through audio alerts, vibration patterns, and RGB visual indicators. Alert modes can be configured as silent, vibration-only, sound-only, or combined sound and vibration, depending on mission requirements.
TWL200 records up to 5000 threat events, including wavelength, pulse repetition frequency, friend/foe identification, and time and date information, enabling post-mission analysis.
TWL200 is powered by a built-in rechargeable battery, providing at least 24 hours of continuous operation. The system supports UART / RS485 and Bluetooth interfaces, allowing integration with external devices and soldier systems.
The system is designed and tested in accordance with the following standards:
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NATO STANAG 3733
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MIL-STD-461
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MIL-STD-810
These standards ensure electromagnetic compatibility, environmental durability, and operational reliability in harsh field conditions.
TWL200 detects hostile laser illumination targeting individual personnel and provides immediate directional warnings. By enabling rapid awareness of laser-based threats, the system enhances personal protection, supports tactical decision-making, and reduces vulnerability to precision-guided weapons and laser-assisted targeting systems.