Hyperspectral Imaging System
Advanced hyperspectral system capturing 134 precise spectral bands (400–1000nm) using push-broom scanning for high-accuracy material identification in defense, environmental, and agricultural applications.
Key Features:
✔️ Captures 134 spectral bands with ~4.5nm resolution for detailed material analysis
✔️ Push-broom scanning enables high-accuracy spatial/spectral data acquisition
✔️ Operates across 400–1000nm VIS–NIR spectrum for wide application coverage
✔️ Gigabit Ethernet output supporting real-time data streaming up to 1000 Mbps
✔️ 300 GB internal SSD for mission recording without network dependency
✔️ Rugged aluminium alloy housing with shock-mounted internals for field durability
✔️ Functions in -30°C to +60°C with sealed optics for dust/moisture protection
✔️ Supports color composites & single-band modes via operator software
✔️ Compact build: 280 × 150 × 120 mm, total weight 3.6 kg for vehicle/lab integration
Hyperspectral Imaging System
The Hyperspectral Imaging System features a linear scanning array that captures 134 discrete spectral bands across the visible and near-infrared range (400-1000nm). The sensor operates via push-broom scanning methodology, acquiring spatial data line-by-line as the platform moves or an internal mirror sweeps across the target area. Each spectral band measures approximately 4.5nm in width, enabling material identification based on unique reflectance signatures. The system outputs data through a Gigabit Ethernet interface at transmission speeds up to 1000 Mbps, allowing real-time image streaming to mobile command stations. Internal solid-state storage provides 300 GB capacity for mission recording when network connectivity is unavailable.
The housing construction uses reinforced aluminium alloy with shock-mounted internal components, meeting military vehicle integration standards for vibration and impact tolerance. Operating temperature range extends from -30°C to +60°C, with sealed optical windows preventing dust or moisture contamination during field deployment. The system supports both color composite rendering and monochrome single-band display modes, selectable through operator software interfaces. Mounting dimensions measure 280mm x 150mm x 120mm with a total weight of 3.6 kilograms including power supply module.
Military reconnaissance units install the Hyperspectral Imaging System on armored patrol vehicles to detect camouflaged positions, identifying vegetation anomalies that indicate concealed equipment or disturbed terrain. Environmental agencies mount the system on survey trucks for pollution monitoring, measuring spectral absorption patterns that reveal chemical contamination in soil or water bodies. Agricultural researchers use it in laboratory settings with rotational stages, analyzing crop samples to assess nutrient deficiencies or disease presence through leaf reflectance analysis.
Tactical Supply Pakistan delivers this imaging system with vehicle mounting brackets and PC software packages for spectral data processing, ensuring teams can interpret complex datasets effectively. The company coordinates installation within armored platforms to meet specific operational configurations.
Does the system require external lighting for indoor laboratory use?
Yes, controlled halogen or LED illumination sources are necessary for consistent spectral measurement during indoor sample analysis operations.
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