المسح الطيفي الفائق
تصوير طيفي من 400 إلى 2500 نانومتر عبر 470 نطاقًا متجاورًا لتصنيف المعادن السطحية ورسم خرائط إجهاد الغطاء النباتي وكشف التسربات الهيدروكربونية الدقيقة.
Reading the Spectral Signature of the Earth
Every mineral, every plant, every hydrocarbon film reflects light differently across the visible-to-shortwave-infrared spectrum. Hyperspectral imaging captures that signature in 470 narrow bands per pixel — turning a square kilometer of desert into a chemistry map.
Air Solutions operates dual VNIR (400–1000nm) and SWIR (1000–2500nm) sensors on stabilized gimbal platforms — co-registered to RTK-GNSS positioning and corrected for atmospheric absorption using radiative transfer models. The output is reflectance imagery, not raw radiance, ready for direct spectral library matching.
The technique is non-invasive, covers ground at fixed-wing speeds, and surfaces what the human eye and even multi-spectral satellite sensors cannot — alteration halos around buried ore bodies, vegetation stress over leaking pipelines, and clay-mineral assemblages diagnostic of porphyry systems.
Applications
Map What the Eye Cannot See
Submit your area of interest and we'll prepare a hyperspectral mission plan with target mineralogy and ground-truth strategy.
