Multirotor airframe design

[edit] Material Styles

[edit] Monolithic Foam

[edit] Single-Layer Sheet

[edit] PCB

[edit] Dual-Layer Sheet

[edit] Molded Truss Arm & Dual-Layer Sheet

[edit] Square-Channel Arm & Dual-Layer Sheet

[edit] Tube/Rod Arm & Dual-Layer Sheet

[edit] Molded Composite

[edit] Hollow Plastic

[edit] Square-Channel Grid

[edit] Flex-Rib Space Frame

[edit] Prop Guards

Propeller guards make a multirotor much more subject to wind turbulence, and add some nontrivial weight, but they can prevent the contact of human skin with fast-moving outer prop blade edges. They also reduce the most significant consummable of multirotors, the frequent consumption and breaking of propellers.

[edit] Grills

[edit] Rod + Ball

[edit] Monolithic Foam Guard