PIX4Dfields 2.8 delivers precision XAG VRA & spot spraying prescription maps, AI-driven crop development stories, 15-band sensor help, & extra!
What if precision agriculture took to the skies? XAG, a pioneering force in crop protection and management, is harnessing the power of drone technology to revolutionize the way we farm. By integrating advanced sensors and AI-driven algorithms, their bespoke spray drones can pinpoint precise areas for targeted treatment, slashing chemical usage by up to 90% and reducing environmental impact?
The newly introduced export format for XAG spray drones boasts cutting-edge innovations, including the ability to accommodate variable charge (VRA) and eco-friendly patch spraying capabilities, setting a new standard in precision agriculture technology. With enhanced capabilities, XAG drones effortlessly translate VRA prescription maps into actionable guidance, thereby avoiding unnecessary protection measures and minimizing the use of agricultural inputs for more efficient farming practices.
Space charges allocated according to variable charge nitrogen application strategies based primarily on Normalized Difference Vegetation Index (NDVI) data within the PIX4Dfields framework.
With this innovative feature, XAG drones can now dynamically adjust their flight routes according to prescription maps generated in PIX4Dfields, automatically bypassing areas where treatment is not necessary. The drones will autonomously traverse fields, focusing exclusively on areas requiring treatment, thereby optimizing efficiency and reducing environmental impact through streamlined daily operations.
The XAG VRA mission was successfully exported from PIX4Dfields. The resulting data includes 23 images captured at an altitude of 150 meters and a GSD of 1.5 cm, with a total area of approximately 10 hectares covered.
The key advantages of the brand-new export format are:
- Precisely calibrated to optimize navigation, this system automatically fine-tunes flight trajectories, ensuring accurate delivery of critical resources exactly where needed.
- Enhanced efficiency: minimizes energy consumption and shortens flight duration, fostering sustainable agricultural methods.
- Web site-specific functions: dynamically adjust prescription charges according to real-time insights from crop health data.
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AI crop development standing report
Recent upgrades introduce beta features providing valuable subject insights that empower customers to decipher NDVI maps and gain actionable insights on crop health. The module seamlessly combines various forms of expertise – aligning with crop growth stages, climate trends, soil conditions, and vegetation health metrics derived from NDVI data – to generate a comprehensive, written subject report.
This characteristic facilitates informed decision-making in agricultural practices, streamlining record-keeping processes.
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Precision farming takes a quantum leap forward with Agrowing’s cutting-edge crop insights.
PIX4Dfields seamlessly integrates with Agrowing’s Quad, a cutting-edge multispectral sensor featuring 11 slender bands at 12 megapixels each, as well as the Sextuple, boasting 15 slender bands at 7.2 megapixels per unit.
The Sony ILX-LR1 sensor’s camera body can be used in conjunction with a Cipi-In IR-cut filter to transform it into a high-resolution 61MP RGB mapping camera. By leveraging PIX4Dfields’ tailored index calculator, Agrowing’s sensors offer a diverse range of vegetation indices that enable precise monitoring of plant stress, disease, and weed detection at incredibly rapid processing times and mapping speeds.
Vegetation indices generated in PIX4Dfields from high-resolution images of a corn crop taken using Agrowing’s innovative sextuple camera, featuring advanced agricultural photography capabilities.
What’s driving your need to create utility zones with this new Buffer instrument?
Appliance zones for larger spaces can now be easily expanded using the newly introduced Buffer instrument, which allows for greater flexibility in accommodating targeted areas that require increased utility. This feature proves particularly valuable when applying targeted sprays, allowing for a wider protective zone around specific areas to ensure optimal coverage, even with less precise equipment. Furthermore, this concept yields significant benefits when applied to prescribe medication accurately.
What are the primary advantages of utilizing the Buffer instrument within the prescription map creation process in PIX4Dfields for precision agriculture?
Obtain PIX4Dfields 2.8 at present
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