GrabCAD 模型信息
MQD-120 · 模型 257741
THIS MODEL IS A 120MM QUADCOPTER WHICH WAS CREATED FOR THE FRUSTUM DESIGN CHALLENGE. THE CONCEPT CONTAINS ELEMENTS WHICH ADDRESS THE FOLLOWING NEEDS: 1. TOPOLOGY OPTIMIZATION 2. MOUNTING SPACES FOR ELECTRONICS & PAYLOAD 3. EFFICIENT AIR FLOW AND HEAT DISSIPATION 4. MANUFACTURABILITY VIA 3D PRINTING WITH MINIMAL OVERHANG AND BUILD TIME THIS MODEL HAS A MASS OF 18-25 GRAMS, DEPENDING ON THE 3D PRINT MATERIAL AND FILL RATE. THE PHYSICAL BUILD MATERIAL WAS POLYLACTIC ACID WITH PET (POLYETHYLENE TEREPHTHALATE) USED IN SOLIDWORKS SIMULATIONS. THE FINAL MODEL WAS UPLOADED TO A VOXEL8 3D PRINTER DASHBOARD AND SUCCESSFULLY SLICED, CODED, AND PRINTED WITH SUPPORT STRUCTURES. THE FINAL DESIGN WAS A RESULT OF 2 PASSES THROUGH THE FRUSTUM “GENERATE” PLATFORM, WHICH PROVIDED VALUABLE FEEDBACK ON WALL GEOMETRY AND THICKNESS. THESE CHANGES WERE ADDED MANUALLY TO THE .SLDPRT FILE IN ORDER TO MAINTAIN HIGH LEVELS OF SYMMETRY AND EDITABILITY WITHIN SOLIDWORKS. SEVERAL VELCRO STRAP AND VELCRO TAPE LOCATIONS WERE INTEGRATED INTO THE MODEL, AS WELL AS RUBBER BAND SLOTS FOR SECURE RETENTION. IN ADDITION TO THE PHYSICAL MOUNTING LOCATIONS FOR THE ELECTRONICS AND HARDWARE, THE DESIGN PROVIDES SEVERAL ANGLED AND FILLETED OPENINGS FOR INCREASED AIR FLOW OVER THE QUADCOPTER OPERATING COMPONENTS. THE FRAME IS DESIGNED FOR 2.5 INCH TRI-BLADE PROPELLERS. SEVERAL AUTODESK FLOW DESIGN IMAGES AND VIDEOS EXHIBIT THE HIGH QUALITY OF AIR MANAGEMENT. CENTER OF MASS AND SYMMETRY HAVE BEEN VERIFIED VIA SOLIDWORKS EVALUATION TOOLS. THE BUILD TIME AT 60% FILL-RATE USING PLA IS ESTIMATED AT APPROXIMATELY 120 MINUTES. FINALLY, THE MQD-120 DESIGN CONTAINS MODULAR DESIGN ELEMENTS WHICH ALLOW AN ELECTRICAL PATHWAY CAPABLE 3D PRINTER SUCH AS THE VOXEL8 3D PRINTER TO ADD CONDUCTIVE TRACES CONSISTING OF SILVER DOPED POLYMERS FOR EMBEDDED CONNECTIONS, SHOULD THE MANUFACTURER WISH TO MINIMIZE EXPOSED WIRING.
- 格式
- Rendering、STL、STEP / IGES、SOLIDWORKS、Other
- 分类
- 3D printing、Educational、Robotics
- 标签
- topopquad、mqd-120、challenge、design、frustum、quadcopter
- 数据更新
- 2026-10-19T14:20:20Z