Swift Navigation’s GNSS positioning products are used across the globe in a variety of applications. Swift continues to be impressed by how its customers apply the centimeter-level accuracy of RTK GNSS to innovate and solve problems. Swift invites to you to review a sampling of this innovation in the case studies shared here.
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KARI (UAV)
This case study highlights how the Korea Aerospace Research Institute (KARI) utilizes the Piksi Multi RTK GNSS receiver to create synchronized drone swarm flight for choreographed aerial maneuvers.
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Northstar Robotics (Agriculture)
This case study explores how Northstar Robotics is using Piksi Multi to create and retrofit agricultural and horticultural equipment to give it autonomous capabilities, meeting the needs of today's farmers.
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Prairie Robotics (Agriculture)
This case study explains how Prairie Robotics utilized the Piksi Multi RTK GNSS receiver in its autonomous SprayBot to win the AgBot Challenge two years in a row.
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Skycatch (UAV)
This case study showcases how Skycatch utilizes the Piksi Multi RTK GNSS receiver to enable its customers to gather centimeter-level accurate data across job sites using UAVs.
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Technical University of Denmark (Automotive)
This case study looks at how the Technical University of Denmark (DTU) Roadrunners integrated the Piksi Multi RTK GNSS receiver into their autonomous concept car at this year's Shell Eco-marathon Europe.
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University of Southampton, Glacsweb (Glacier Tracking)
This case study reviews how the University of Southampton utilizes the Piksi Multi RTK GNSS receiver for studying glacier behavior and its impact on climate change and sea level rise as part of their Glacsweb Project.
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Voyage (Automotive)
This case study highlights how Voyage delivers self-driving technology to its communities utilizing the Skylark Cloud Corrections Service and Piksi Multi RTK GNSS receiver.
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Yeti Snow Technology (Snow Removal)
This case study demonstrates how Yeti Snow Technology, a joint venture between Øveraasen and Semcon, utilizes Piksi Multi and Duro for autonomous snow removal.