Dragon 640 TL / TD / TV
The Dragon 640 TL/TD/TV is a thermal imaging system employing long-wavelength (TL), dual-band (TD), or tri-band (TV) infrared sensing enabling detection and identification of thermal targets across diverse operational conditions. The multi-wavelength capability provides superior target discrimination compared to single-wavelength systems.
The Dragon 640 thermal architecture employs uncooled microbolometer detectors measuring thermal radiation across infrared wavelengths distinct from visible light enabling operation in complete darkness, fog, dust, or smoke where visible imagery is unavailable. Thermal resolution specifications typically achieve temperature measurement precision ±2°C enabling detailed thermal signature analysis. Image overlay integration combines thermal and visible imagery enabling spatial context.
Operational specifications include continuous thermal monitoring at ranges extending 1–5 kilometres depending on target thermal signature and atmospheric conditions. Real-time image processing employs digital filtering and edge enhancement revealing thermal details obscured in raw thermal imagery. Thermal colour mapping enables rapid operator interpretation with false-colour schemes highlighting specific temperature ranges.
Applications include military target acquisition and surveillance, law enforcement counter-terrorism operations, border security perimeter monitoring, and critical infrastructure protection against thermal threat identification. Search and rescue operations employ thermal imaging detecting human thermal signatures enabling rapid victim location in darkness or dense vegetation.
Environmental operation across -20°C to +60°C temperature ranges supports deployment across Pakistan’s varied climate zones. Weatherproof designs rated IP67 enable operation across adverse weather.
In Pakistan, thermal imaging systems support military and law enforcement operations.
Tactical Supply Pakistan supplies Dragon 640 thermal imaging systems for surveillance and tactical operations.
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