Proof of Concept 1/4
Developed basic Python code to control a Cessna 152 in the X-Plane simulator, demonstrating foundational control capabilities.
Development Timeline
2023.03
2023.05
Proof of Concept 2/4
Adapted and implemented the control code on a development board to interact with the X-Plane simulation, deepening hardware-software integration.2023.07
Proof of Concept 3/4
Implemented the system on an off-the-shelf UAV structure, integrating custom sensors, boards and actuators.2024.02
Flight test campaign:
Conducted a flight test campaign, overcoming early setbacks including several crashes that provided critical insights for system tuning.2024.06
Achieved a major milestone with the production of our first flight controller based on an ARM chip. Designed a two-stage board equipped with advanced navigation units, establishing a robust avionics platform.
2024.08
Proof of Concept 4/4:
Successfully 3D-printed and tested the first structural prototypes in flight. The CoraX UAV entered the testing phase.2024.12
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.
During 2025
Extensive testing across the CoraX 2m and 1.5m platforms covering autonomous takeoff and landing, waypoint missions, geofencing, return-to-home and loitering.
During 2026
Product lineup and P1400:
The CoraX product lineup has been established along with initial Concepts of Operations. Several prototype units of the entry-level P1400 UAV have been designed and manufactured.Next steps
Where we are heading:
Complete the Horus Ground Control Station, transition CoraX into a fully operational UAV company, and obtain certifications for the P1400 platform.For more information please feel free to contact us at:
or