The AOS 5.5 uses a distinctive truss design for the arms. This truss design provides enormous torsional stiffness, resolving a key source of vibration in traditional frames. It also allows two particularly harmful resonant modes to be individually modified to separate them in frequency.

Truss structures are inherently very strong as they convert bending loads into compression and tension in the individual members. Carbon is much stronger in pure tension and compression than in bending. The compression members lock together in the center of the frame to spread the load in a crash.

Y-shaped motor protectors minimize the risk of damage to those expensive components. Should you ever need to replace an arm, there are only two screws to undo and neither are shared with your electronics.

The AOS 5.5 uses a distinctive truss design for the arms. This truss design provides enormous torsional stiffness, resolving a key source of vibration in traditional frames. It also allows two particularly harmful resonant modes to be individually modified to separate them in frequency.

Truss structures are inherently very strong as they convert bending loads into compression and tension in the individual members. Carbon is much stronger in pure tension and compression than in bending. The compression members lock together in the center of the frame to spread the load in a crash.

Y-shaped motor protectors minimize the risk of damage to those expensive components. Should you ever need to replace an arm, there are only two screws to undo and neither are shared with your electronics.

The AOS 5.5 has 32x32 mm M3 mounting holes for 3D printed mounts for your HD camera.

You can download an STL for the mount shown here.

The AOS 5.5 uses 2.5mm Carbon Plates to hold and protect the camera. These are stiffer, lighter and cheaper to replace than aluminum or titanium.

The camera plates include a stiffener for the top plate to increase stiffness and better manage the additional weight of a GoPro mounted on the included 32x32mm mounting holes.