big payload v3

thingiverse

Using the following options: body_guide is enabled with a guide. The payload coupling type is set to smooth. A coupling height of ten units is used. A payload inner diameter of thirty-four units is used. The payload guide option is turned on, showing guides. Payload dimensions stand at ninety units high. Displaying of guide options are turned off by the show_guide command. The payload switch is enabled, displaying payload components. Engine type ef29 is chosen for operation. An opening in the guide rail of five units in diameter will be created. Guides are classified as rod-based due to guide_type option. Bulkhead construction for payloads is utilized due to the option for it. Motor precision allows a tolerance of 0.3 units due to motor_tolerance option set. A haack cone design choice stands at .3333 in value with type designation given to "cone". Can fins have open guides turned on, and are height adjustable by option fin_can_height = 50 enabled. Payload Shock-cord Fixing options enable a Shock cord fixing. The model has a curve precision set high of 64 due to the input choice curve_precision. Tip Fins measure in at height units for forty-five measurement fin_tip_height. The combined length of fins measures one hundred ten in number. Units fin_total_height, stands. F A small inner diameter coupling type coupling is set for thirty two diameter size payload inner Diameter = 32 to couple to inner Payload coupling_height unit option enabled due the option used "payload_coupling_type." Glider parts stand 110 units high. An adjustable guide tube stands tall with twenty five inches for the chosen Guide Tube height measurement due to guide_tube_height input, utilized. A body height of forty stands as measured in the guide_rail_opening choice by guide_ rail. A smooth glider stand will feature no fin can and has its open fins on at option fin_can_guide. Bluntness for this design is fifty units chosen with cone_bluntness. Section View disabled option given as input command due section_view choice.