Talon 1400

General Data

Introducing Talon 1400 - Your Ultimate 3D Printed UAV. Experience the perfect blend of compactness and outstanding flight performance with our Talon 1400. 3D Printed plane designed for maximum flight optimization, it boasts ample space for a large battery pack and extra equipment while maintaining modularity. Crafted with precision through CFD analysis and real-world flight testing, the Talon 1400 offers up to an impressive 4-hour flight time when equipped with a large Li-Ion 4S6P battery. Accessibility is a breeze for all, and versatility is key, allowing you to adapt to various equipment options. Tailored to your preferences, this aircraft comes with two tail variants to accommodate popular motor sizes, letting you choose the perfect fit for your needs. Moreover, the nose section offers two configurations: one with a VTX and a 19x19mm FPV camera or a sleek, clean option with just the FPV camera. For those who crave customization, we provide key parts in STEP format, enabling easy editing and personalization to meet your unique requirements. Whether you need to modify the nose for different payloads or simply want to switch it up, the Talon 1400's adaptability ensures you're always ready for your next flight mission.

Check assembly manual, full list of needed accessories and more tips here:

MODULAR NOSE 

Modular nose design for versatile payload options. Easily customize your UAV's nose section to meet specific mission needs. Also available in STEP format.

TAIL VARIANTS 

Two tail variants to match popular motor sizes. Tailor your drone's performance with your preferred motor option.

STEP FILES

STEP files of important parts provided for easy customization. Modify and adapt components effortlessly to suit your unique requirements. Check the full list of files in the user manual.

GALLERY

VIDEOS

CFD RESULTS

The geometry is designed to provide the best possible characteristics. Eppler E205 airfoil was selected. The shape of the wing and the V-tail stabilizers, as well as their mutual position and incline angles, were optimized to ensure high performance as well as longitudinal stability. At around zero AOA, the aircraft shows no pithing moment. Optimal aerodynamic performance is in the limit from 0 to 2 degrees of AOA and at speeds from 55 to 65 km/h. With a proper center of gravity position of 65mm from the leading edge, the aircraft does not require any trim, and its natural stability allows it to fly in manual mode as well, or without a flight controller.

Required accessories:

Reccomended electronics:

Printing Settings:
Check the specified print settings on the Print Settings Page