Bipedal Robot
Table of Contents
The team members designed and printed using "Fusion 360" in this project.
The team members made 5 programming examples.
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This text has three contents.
First, the Bipedal Robot assemblage textbook.
Second, how to install the programming software.
Third, the programming explanation textbook.
The team members made an explanation video. This is because students can improve the program without TA after the workshopA workshop is a hands-on course. The Dengiken also offers a variety of workshops..
Source:dengiken.jp
▲This picture is of a workshopA workshop is a hands-on course. The Dengiken also offers a variety of workshops..
This project's goal is to hold a workshopA workshop is a hands-on course. The Dengiken also offers a variety of workshops. for elementary school students. Therefore, this project uses a 3D printer because the team members want to keep the cost down.
As stated previously, the team members want to keep the cost down. Therefore, they use an inexpensive motor, which can be bulk buying. However, this motor's torque, which is power to lift, is weak, since they need to make the robot lighter. That is why they use a 3D printer.
Our club “DengikenDengiken is the club we belong to. The abbreviation is Dengiken. Each of us has our own project and conducts the research we want to do.” has twelve 3D printers. Therefore, the team members can use a 3D printer.
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▲This picture is an activity log of this project.
Source:dengiken.jp
▲This picture was taken while they were preparing for the workshopA workshop is a hands-on course. The Dengiken also offers a variety of workshops..
Source:dengiken.jp
▲This picture is another color robot that changed filamentFilament is a tubular resin used in the Fused Filament Fabrication, which can be wound onto a reel and is easy to handle..