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Kit for self-assembly of a mini Quadcopter with 250 mm motor spacing, with FlySky FS-i6 apparatus and FS-iA6 receiver.
Quadcopter self-assembly kit with 450 mm motor spacing, with FlySky FS-i6 apparatus and FS-iA6 receiver. Frame designed for recreational and semi-professional use.
Its design and material from which it was made make it very durable and stable in flight. The frame is not folded, so it is not exposed to additional vibrations which makes it great for aerial photography.
Set elements made of carbon fiber + PCB for assembling the frame for the Q280 racing quadcopter. New design! The combination of Robocat 270 and ENZO 250! Includes plastic cover in orange.
Set elements made of carbon fiber + PCB for assembling the frame for the Q280 racing quadcopter. New design! The combination of Robocat 270 and ENZO 250! Includes a plastic cover in black.
Professional frame for Octocopter. The frame is new - flown one time! Made of carbon tubes 3k 21.5mm / 22mm with lengths of 50 cm, center plate 240mm and engine mounts made of G10 material with a thickness of 2mm and two shelves for batteries.
Quadcopter frame Robocat 270 FPV - fiberglass - fiberglass - orange cover
Quadcopter X500 frame with assembly for GoPro 32 * 32 mm + PCB + anti-vibration plate
Quadcopter X500 frame with camera mount GoPro 32 * 32 mm + PCB + anti-vibration plate Carbon fiber
Arm for constructing frames of small multirotors such as Q250 or Q330. Made of lighter material with increased strength. They can be easily compared with the arms of the HMF Totem Q250 Q330 !!
Arm for constructing frames of small multirotors such as Q250 or Q330. Made of lighter material with increased strength. They can be easily compared with the arms of the HMF Totem Q250 Q330 !!
The arm for constructing multirotor frames such as TBS Discovery or X500. Made of lighter material with increased strength. Arm in black.