examples a vertical spacing between corresponding rotors e g rotor 134 a and rotor 134 b on pylon 132 a may be 0 9 meters the rotors 134 a 134 b may be configured to drive one or more generators for the purpose of generating electrical energy in this example the rotors 134 a 134 b may each include one or more blades such as three blades or four blades the rotor blades may rotate via interactions with the wind and be used to drive the one or more generators in addition the rotors 134 a 134 b may also be configured to provide thrust to the aerial vehicle 130 during flight with this arrangement the rotors 134 a 134 b may function as one or more propulsion units such as a propeller although the rotors 134 a 134 b are depicted as four rotors in this example in other examples the aerial vehicle 130 may include any number of rotors such as less than four rotors or more than four rotors the tail boom 135 may connect the main wing 131 to the tail wing assembly 136 which may include a tail wing and a vertical stabilizer the tail boom 135 may have a variety of dimensions for example the tail boom 135 may have a length of 2 meters moreover in some implementations the tail boom 135 could take the form of a body and or fuselage of the aerial vehicle 130 in such implementations the tail boom 135 may carry a payload the tail wing and or vertical stabilizer may be used to stabilize the aerial vehicle.