The evolution of my foray into flying robots! The super robust 100% 3D printed frame has withstood some pretty rigorous testing, thus far holding it's own. (Shown here with the 'Recreational' motor set)

• Front arms fold back for safe and easy transport (and can absorb forward impact rather than breaking).
• V-Tail design increases yaw authority (and looks awesome).
• Shrouded design protects electronics (and looks awesome).
• An already robust frame can be reinforced with carbon fibre or hollow aluminum shafts through ready-made channels.
• Built-in conduits for wiring makes a clean design.
• Rearward antennae placement options reduces signal interference.
• Built-in military specification (mil-spec) rail system for add-ons.
• Easily replaceable parts can be sourced from a 3D printer near you!

Why did you make it?

I have always been fascinated with robots and flying machines, and this combines them both! Capable of waypoint mission planning, GPS loiter and return to home functions, altitude hold, automated take-off/landing sequencing, and the ability to carry 'GoPro'-like cameras, the 525 really shines! With the heavy-lift kit, the V-Tail can carry a 2 kg payload.

What makes it special?

Custom colors, shroud/cover designs, landing gear and sensor mounting points can be customized for your project. Just ask! If equipped with the state of the art PixHawk PX4 flight controller, the possibilities are endless. Shipped as a kit or assembled.