BlackBird V2 High Spectrum Camera Drone

Agriculture/Plant Testing

The phenotype of a plant such as a crop is an assessment of its many traits.
Its growth, health and nutritional status can usually be mapped in the visible and near-infrared ranges.

High Spectrum Imaging (HSI) is a state-of-the-art and information-rich technology for the early detection of weeds, pests, nutrition, water efficiency and diseases in crops, including digital plant phenotyping, pathogen detection, growth tracking, seed counting, seed germination, seedling classification and more!

Food Testing

High-spectrum imaging can be used to study a wide range of fruits and vegetables.

Chemical composition, adulteration, ripeness, freshness or damage.

It can also recognize foreign objects such as shell fragments, wood, stone, paper, metal or insects.

Recycling

The material range of waste constituents includes a wide variety of plastics, composites, organic materials (such as wood, paper and compost), mineral constituents, and ferrous and non-ferrous metals. Depending on the application, hyperspectral camera sorting criteria can be by type or color, facilitating the precise removal of off-color and foreign materials.

Integration Projects

Hyperspectral imaging can track environmental change and be used to understand surface carbon dioxide emissions, map hydrostructures, track water and air pollution levels, and assess fire risk.

Geological/Mineralogical Analysis

Iron-containing minerals have a characteristic spectrum, and hyperspectral cameras can be used to analyze minerals based on this spectrum, improving the efficiency of mining and geologic analysis.