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Dragonfly Aerospace today launches its first imaging satellite, EOS SAT-1. Satellite manufactured entirely by Dragonfly Aerospace Stellenbosch, South Africa, It is the world’s first satellite constellation focused on agriculture. EOS SAT-1 provides efficient data for agriculture and forestry to drive sustainable practices and ensure profitability. In addition, the satellite will directly impact the agricultural sector by using remote sensing to shape industries and align with the UN SDG goals for development.
The satellite will be launched into orbit by SpaceX’s Transporter-6, which is scheduled to depart from Space Force Station Cape Canaveral today. In addition to EOS SAT-1, Transporter-6 is expected to carry satellites for Planet Labs, Spire Global and other payloads for scientific, research and commercial customers.
In November 2022, EOS SAT-1 shipped to SpaceX’s launch site in Cape Canaveral, Florida for pre-launch testing ahead of the Transporter-6 mission, scheduled to launch in December 2022. The satellite to be launched into Low Earth Orbit (LEO) is the first of his six satellites in a constellation slated to launch over the next three years.
You can watch the launch here Link 14:56 GMT.
In 2021, EOS Data Analytics (EOSDA) and Dragonfly Aerospace have reached an agreement The latter new 100 kg-class µDragonfly satellite bus was used as a platform for two DragonEye electro-optical imagers, providing the satellite with 44 km swath panchromatic and multispectral imagery across 11 spectral bands at near 1 m resolution. increase. Additionally, by launching a satellite imagery constellation, the company aims to establish a comprehensive satellite data production vertical, from direct image collection to processing, analysis, and distribution. In addition, our unique approach provides our customers with unique data and analytics.
The data obtained from EOS SAT-1 provide valuable information for harvest monitoring, application mapping, seasonal planning and evaluation, analyzing information such as soil moisture, yield forecasts, biomass levels, and reducing carbon emissions. Support producers in reducing. Help develop sustainable farming methods without economic loss.
Deborah loves to read and enjoys philosophical discussions.
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