Talon Pro X-UAV FPV Plane

Talon Pro X-UAV FPV Plane

The X-UAV Talon Pro (often referred to as the Mini Talon V2) is a professional-grade FPV Plane designed for pilots who demand efficiency, stability, and endurance. Building on the legendary reputation of the original 1.7m Talon and the 1.3m Mini Talon, the “Pro” version features a refined 1350mm wingspan and a more aerodynamic, missile-like fuselage. Engineered for long-distance missions, this pusher-style aircraft offers an exceptional glide ratio and a massive internal payload bay, making it the premier choice for mapping, site surveying, and extended-duration FPV flights.

Key Features

Constructed from high-density EPO foam, the Talon Pro is both lighter and significantly stronger than its predecessors. The signature V-tail configuration provides excellent yaw stability and reduced drag, while the pusher motor design keeps the propeller out of your camera’s field of view. One of its most significant upgrades is the enlarged battery and electronics cabin, which allows for easy access and the use of high-capacity Li-Ion or LiPo packs. Its “clean” aerodynamic profile enables it to cut through the wind with a resistance rating of LV6, ensuring smooth footage even in challenging weather.

Specifications

The Talon Pro FPV Plane is a versatile airframe that can be optimized for various power systems, typically running on 4S to 6S setups. With a kit weight of only 400g, it can support a substantial takeoff weight of up to 4kg, allowing for heavy specialized sensors or massive battery arrays. The airframe is designed for simple hand launching and safe belly landings, eliminating the need for complex landing gear. Assembly is straightforward, requiring approximately 2 hours with foam-safe adhesives, and the modular design supports various 3D-printed upgrades for customized camera gimbals and motor mounts.

Applications

For Aerial Mapping and Surveying, the Talon Pro serves as a cost-effective alternative to expensive commercial drones, capable of carrying high-resolution cameras for hours at a time. FPV Enthusiasts value it for its predictable handling and “locked-in” flight characteristics during long-range cross-country flights. It is also an ideal platform for University Research in autonomous flight and aerodynamics, providing a stable, durable, and highly customizable testbed for ArduPilot or iNav flight controllers.