四轴无人机全尺寸工程图纸
四轴无人机 带尺寸工程图,包括不限于下面这些内容,记得角落做一些产品概念图 三视图:主视图、俯视图、左视图,用二维表达三维结构 零件图:每个零件单独画,带尺寸、孔位、材料、公差 装配图:说明各零件怎么装在一起 爆炸图 / 爆炸装配图:把零件拆开排布,方便看结构关系 剖视图:把内部结构切开表达 BOM 表:物料清单,写明零件名称、数量、规格 尺寸标注图:把可制造、可复刻需要的关键尺寸写全
- Category
- Products & E-commerce
- Model
- ChatGPT
- Creator
- @cellinlab
- Source language
- zh-CN
- Source ID
- 13662
- Published
- Apr 24, 2026
Full prompt
Quadcopter drone engineering drawing with dimensions, including but not limited to the following contents, remember to put some product concept drawings in the corners Three-view drawing: front view, top view, left view, using 2D to express 3D structure Part drawing: draw each part separately, with dimensions, hole positions, materials, tolerances Assembly drawing: explain how each part is assembled together Exploded view / exploded assembly drawing: disassemble and arrange the parts to easily see structural relationships Cross-sectional view: cut open the internal structure for expression BOM table: bill of materials, specifying part names, quantities, specifications Dimensional annotation drawing: fully write out the key dimensions needed for manufacturability and replicability
Translations
四轴无人机全尺寸工程图纸
enQuadcopter drone engineering drawing with dimensions, including but not limited to the following contents, remember to put some product concept drawings in the corners Three-view drawing: front view, top view, left view, using 2D to express 3D structure Part drawing: draw each part separately, with dimensions, hole positions, materials, tolerances Assembly drawing: explain how each part is assembled together Exploded view / exploded assembly drawing: disassemble and arrange the parts to easily see structural relationships Cross-sectional view: cut open the internal structure for expression BOM table: bill of materials, specifying part names, quantities, specifications Dimensional annotation drawing: fully write out the key dimensions needed for manufacturability and replicability
四轴无人机全尺寸工程图纸
zh-CN四轴无人机 带尺寸工程图,包括不限于下面这些内容,记得角落做一些产品概念图 三视图:主视图、俯视图、左视图,用二维表达三维结构 零件图:每个零件单独画,带尺寸、孔位、材料、公差 装配图:说明各零件怎么装在一起 爆炸图 / 爆炸装配图:把零件拆开排布,方便看结构关系 剖视图:把内部结构切开表达 BOM 表:物料清单,写明零件名称、数量、规格 尺寸标注图:把可制造、可复刻需要的关键尺寸写全












