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AT_monoxylon 3D模型

0
AT_monoxylon royalty-free 3d model - Preview no. 1
AT_monoxylon royalty-free 3d model - Preview no. 2
AT_monoxylon royalty-free 3d model - Preview no. 3
AT_monoxylon royalty-free 3d model - Preview no. 4
AT_monoxylon royalty-free 3d model - Preview no. 5
AT_monoxylon royalty-free 3d model - Preview no. 6
AT_monoxylon royalty-free 3d model - Preview no. 1
AT_monoxylon royalty-free 3d model - Preview no. 2
AT_monoxylon royalty-free 3d model - Preview no. 3
AT_monoxylon royalty-free 3d model - Preview no. 4
AT_monoxylon royalty-free 3d model - Preview no. 5
AT_monoxylon royalty-free 3d model - Preview no. 6
免版税许可所有扩展用途
退还简单
最优惠价格保证
开箱即用
0 访问量
AT CAD Team

规格

  • 几何unknown
  • 多边形100,000
  • 顶点100,000
  • 纹理Yes
  • 索具化No
  • 动画No
  • 适合3D打印No
  • 适合游戏(低多边形)No
  • UV映射No
  • 未封装UVunknown

格式和文件

Sketchup
(.skp)
5 MB

AT_monoxylon.skp

描述

3D model of the AT monoxylon. The AT monoxylon was inspired by Gary Sloat's dragonfly. It is human-powered, using pedals and an arm crank, and also has a electric motor and car battery. The electric motor is always connected to the propeller and powers it, even if the powered directly by a human and not from the battery. Wires from a alternator on the pedals (and possible another alternator on a arm-powered axle) go to the battery. Wires from the battery go to the motor. A switch is placed in between allowing the to set it to put the motor on/off and to either mode 1 (where alternators charge the battery, battery powers motor) or mode 2 (where alternators power the motor directly, bypass the battery). The hydrofoils can be rotated out of the water when the battery is not being used (direct human propulsion), this as direct human propulsion may not be sufficient to lift the boat out of the water and the hydrfoils would in this instance only create water resistance. See the "Purchasing_the_models" link at appropedia's AT_CAD_Team for additional information on the model
Nov 12, 2021 添加日期
Feb 03, 2022 最后更新

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