Stallion UAV/VTOL Drone

Introducing Flighttory UAV Stallion 

^{Ursa Aerospace Stallion} 

Stallion – High performance 3D printed twin-motor RC Plane with a modular design. Crafted for optimal performance and customization for various applications

--- Specifications ---

• Wingspan 1340mm
• Length 990mm
• AUW 1500-3000g
• Optimal Speed 60-70 km/h
• Material LW-PLA + PETG

General Data

This is only for a printed airframe ready for the end user to add all the hardware and build. All airframes are made to order and carry a lifetime no fault warranty from any defects or you crash it ursaaerospace has you covered To only the original purchaser. If you want the VTOL airframe please select in options. For a complete UAV ready to fly all inquiries need to be emailed to psywar@ursa-sec.com

Meet Stallion: 3D-printed fixed wing UAV. The aircraft is configured with 2 tractor motors, a single tail boom, and a V-Tail, emphasizing optimal performance and compact design. Its geometry undergoes careful design and optimization using CFD and real test flights. With modularity as a key focus, the airframe features a fully detachable nose, allowing adaptation to various payloads. This 3D Printed RC Plane is equipped for a standard 19x19mm FPV camera by default. 

Equipped with the recommended motors and battery, the Stallion achieves excellent performance coupled with low power consumption. Stable flight is attainable at just under 40% throttle. For extended flight times, a large 21Ah 4S6P Li-Ion battery is recommended. In a lightweight configuration, the aircraft can even operate with 3S batteries. The choice of motors and battery voltage is left to the user and plays a crucial role in tailoring the aircraft's performance for specific purposes. The Stallion stands as a versatile and adaptable aerial platform. 

Geometry optimized for maximum efficiency and stability using Eppler E205 airfoil. Center of gravity set at 60mm from the leading edge ensures longitudinal stability and zero pitching moment at zero angle of attack. Highest aerodynamic efficiency between 0-2 degrees AoA at 60-70 km/h cruising speed. With recommended motor, propeller, and 4S battery, the aircraft maintains steady flight at around 40% power, averaging 4A current draw for over 4 hours of flight time. Significant power reserve allows for 3S battery use. Flexible motor and battery options cater to user preferences. Configurable for manual and automatic flight modes without requiring a flight 

FOR VTOL AIRFRAME (ONLY),Required accessories and electronics:

Reccomended electronics:  Fixed wing stallion

Required accessories: For Fixed and VTOL airframes