Project Milestones:
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March 2023
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Initial phase of the Proof of Concept (POC 1/4).
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Developed basic Python code to control a Cessna 152 in the X-Plane simulator, demonstrating foundational control capabilities.
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May 2023
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Advanced to POC 2/4 by adapting and implementing the control code on a development board to interact with the X-Plane simulation.
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Enhanced understanding of hardware-software integration.
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July 2023
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Transitioned to POC 3/4 with the implementation of the system on an off-the-shelf UAV structure.
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Integrated custom sensors, boards, and actuators.
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Addressed significant challenges, marking a pivotal step in real-world testing and iteration.
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Made in France from day one
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February 2024
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Conducted a flight test campaign, overcoming early setbacks, including several crashes that provided critical insights for system tuning.
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The experience solidified the foundation of the Crosshair AvioniX project, a significant component of the broader CoraX initiative.
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June 2024
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Achieved a major milestone with the production of our first flight controller based on an ARM chip.
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Designed a two-stage board equipped with advanced navigation units, establishing a robust avionics platform.
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Crosshair Avionix V3
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August 2024
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Attained a new level of maturity in the codebase and electronics.
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Successfully 3D-printed and tested the first structural prototypes in flight.
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The CoraX UAV was officially conceptualized and entered the testing phase, marking the completion of POC 4/4.
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The CoraX 3d printed prototype
The CoraX prototype "return to home" test Video
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December 25, 2024
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On Christmas Day, Crosshair AvioniX achieved a significant breakthrough with its first successful waypoint mission and auto-landing operation, executed on the field using the testing platform UAV.
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25th dec 2024 1st auto landing
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Next steps:
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Continue rigorous testing and refinement to ensure system reliability and performance.
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Finish "Horus" the ground station development and deployment.
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Integrate The CoraX UAV structure with avionics and payload systems to create a fully functional prototype.
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Prepare for potential scaling and commercialization phases to bring the technology to market.
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