Description
Freefly Flux O1
The Freefly Flux O1 LiDAR Payload is a next-generation aerial mapping solution engineered for professionals who require exceptional accuracy, efficiency, and reliability in demanding surveying and inspection environments. Designed to integrate seamlessly with the Freefly Astro platform, the Flux O1 combines a high-performance Ouster OS1 LiDAR sensor, advanced GNSS positioning technology, and a high-resolution RGB camera into a compact and lightweight payload that streamlines data acquisition while delivering industry-leading results.
Capable of capturing up to 5.2 million points per second, the Flux O1 produces dense, highly detailed point clouds that enable precise terrain modeling, asset inspection, corridor mapping, construction monitoring, forestry analysis, and infrastructure documentation. The integrated 20MP RGB camera enhances visualization and colorization of LiDAR data, helping operators create richer, more informative datasets for engineering, planning, and GIS applications.
Built for professional operations, the Flux O1 features dual full-band GNSS receivers and advanced inertial measurement technology to ensure accurate georeferencing and reliable performance in complex environments. Its NDAA-compliant architecture makes it suitable for government, public safety, and enterprise projects where compliance and data security are critical requirements.
The system is designed to maximize productivity with rapid deployment, efficient mission planning, and streamlined data workflows. Whether you’re conducting topographic surveys, inspecting power lines, mapping construction sites, or creating detailed digital twins, the Flux O1 provides the speed, precision, and operational efficiency needed to complete projects faster and with greater confidence.
With its rugged design, powerful sensing capabilities, and seamless integration into professional drone operations, the Freefly Flux O1 LiDAR Payload delivers a complete aerial mapping solution that helps organizations capture accurate data, reduce field time, and make better-informed decisions across a wide range of industries.