
HD Y-Copter under 250g! - Y4 Micro Drone - YouTube
What do the pro pilots think of how this little thing flies?The original Babyshark is available here:ht...
How to make Y-Copter (Tricopter) at home | 100% flying
How to make Y-Copter (Tricopter) at home | 100% flyingHow to make helicopterHow to make DroneDIY helicopter at homeDIY Drone at home* Please SUBSCRIBE my cha...
Y6 Copter, Y3 Copter & other Multicopter Configurations
Learn the important details about Multicopter Configurations including the Y6 copter, Y3 copter, bicopters and others!
Ycopter Quad 350 Review - Flite Test
Jan 3, 2015 · One little thing I noticed if you want to make a straight climb at full throttle. As the GoPro is on the right side, it makes the copter unbalanced in its roll axis. Therefore the copter rolls a bit to the right when applying full power. But this is in a very rare situations.
ycopter - YouTube
Multirotors and FPV flight
Tricopter/Y6 — shendrones
It was surprisingly well designed for a $27 copter – the yaw mech was solid and smooth, it folded up nicely, and it even had shock absorbing landing gear. It flew like a dream, no doubt aided by its gigantic 900mm wheelbase, with that typical tricopter motion that Josh Bixler waxes lyrical about, landing so softly that it usually took a ...
Ycopter 350 FPV Quadcopter | Flite Test
Oct 24, 2014 · The Ycopter 350 is a mid sized quadcopter (350mm square), large enough to carry a GoPro in its protective case but small enough to allow agile flight. The principal citeria for all of my designs is the most stable and smoothest 'prop free' video possible.
Ycopter 350 Kit Review | Flite Test
Oct 29, 2014 · Following Ycopter's recommended parts, I opted for the NTM Prop Drive 28-26 1100kv motors (short shaft version) and the Afro ESC 30Amp Multi-rotor Motor Speed …
Design and implementation of a Y-copter: Aerobatic version
Jun 19, 2017 · This paper illustrates the scenario of developing a Vertical Take-Off and Landing (VTOL) Radio Controlled (RC) 3-rotor UAV or on the contrary, a Y-shaped tricopter.
Design and Development of an Y4 Copter Control System
The y4 copter is intended to be a UAV (Unmanned Aerial Vehicle) with autonomous subsystems. Automation is implemented in case of maintaining the desired roll, pitch and yaw. An improved algorithm that uses Quaternion is implemented to determine Euler angles avoiding Gimbal lock.