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Exyn Technologies modular 3D mapping solution, Nexys, is now compatible with the Inspired Flight Technologies (IFT) IF800 Tomcat system.
The IF800 Tomcat from Inspired Flight features a lightweight, compact, and foldable frame, making it easily transportable and deployable in diverse environments.
With an impressive flight time of over 30 minutes when using the Nexys system, the medium-lift IF800 Tomcat maximizes operational efficiency and productivity. The IF800 is a no-compromise, compelling domestic solution for commercial and government agencies, ensuring the safeguarding of sensitive data and enhancing operational efficiency.
Brandon Torres Declet, CEO of Exyn Technologies, said; “The combination of the Nexys autonomous mapping system and the Inspired Flight platform offers users a seamlessly integrated, U.S.-made, NDAA-compliant, and Blue UAS-approved solution to quickly capture accurate, colorized, real-time 3D point clouds, while maximizing operational efficiency and security.
“We are excited about our partnership with Inspired Flight, and look forward to extending the Nexys ecosystem across a number of different robotics platforms.”
Adam Bilmes, Director of Business Development at Inspired Flight, added; “We are thrilled to introduce the integration of the Exyn Nexys scanning solution on the IF800 Tomcat platform. This integration enables users to capture survey-grade data beyond visual-line-of-sight with extended flight times and 3D data visualizations in the field.
“This collaboration brings together two industry leaders, known for their exceptional performance, support, and service, ensuring customers receive the highest quality experience.”
Integrated on a drone like the IF800 Tomcat, users can manually pilot or use Exyn’s industry-leading Level 4B autonomy to capture otherwise impossible-to-reach data without the use of prior maps, GPS, or existing infrastructure. Our autonomy also supports beyond visual line of sight (BVLOS) and out-of-range communication flights, allowing the data to be collected onboard and streamed back to the user once back in range of communications.
