Airborne Hyperspectral Cameras
How can hyperspectral imaging assist agricultural insurance?
Mapping of land parcels
Hyperspectral low-altitude remote sensing data acquisition, analysis of farmers' planting areas, planting areas, plant health status, and establishment of baseline data.
Damaged property assessment
By selecting hyperspectral bands and calculating vegetation indices, disaster assessment can be conducted, such as the area of lodging and the number of plants, for scientific damage assessment.
Perfect the precise model
Combining hyperspectral and GIS information, improve the disaster situation and corresponding post-disaster relief models in different regions.
Disaster relief
Reasonable assistance will be provided to agricultural experienced people based on the affected area, quantity, and damage information.
Establish archives for agricultural insurance data scientifically
From different levels of farmers, farmland and cities, establish a hyperspectral agricultural insurance database.
Advantages of hyperspectral
Full-cycle management
Prior and post management of large-scale farmland, and full-process control of crop data.
Scientific loss assessment
Analyze, judge, quantify and determine the loss based on the scientific analysis of hyperspectral data, so as to have evidence to rely on.
Precision model
Hyperspectral spectral data segmentation can build more accurate models based on crop varieties.
Efficient response
UAVs can efficiently collect data, quickly extract key information, and assist in post-disaster relief work.
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Workflow
Multi-rotor scheme
Flying platform
Load
Post-processing software
Scheme advantages
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Compatible with DJI's native remote control path planning and device control, providing a one-stop solution.
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Multi-rotor platform, easy to take off and land, can be deployed and take off within 3 minutes to the scene.
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High data quality. It can collect high-resolution spectral images up to 3400x880, which is helpful for establishing insurance spectral models.
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It is perfectly compatible with Opt Studio, allowing for agricultural insurance analysis such as spectral masking and intelligent modeling.
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Flying platform
Load
Post-processing software
Scheme advantages
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The flight duration is up to 50 minutes, and a single flight can complete 4-12 square kilometers of operation area.
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The collected hyperspectral data can be compatible with third-party software, making it highly versatile.
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Using Opt Studio, we can analyze the affected area and situation of crops.
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The vertical take-off and landing greatly reduces the dependence on terrain. It can quickly conduct survey and analysis of disaster-stricken areas.
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Fixed-wing scheme
More application scenarios
Solutions
Contact Us
OptTrace, Ltd.
Address: Room 702, Building D, Xiangyuan Road 108, Hangzhou, China
Service Hotline: +86-0571-88309313
Email: info@opttrace.com
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