Student Engineered Radio Controlled Car
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Students will apply the skills they have learned so far by designing and engineering an R.C. Car. Class Code For Spring, 2024: BDS-TK9-1MG Tinkercad Ruler: Please watch the following video that will show you how to use the Tinkercad Ruler tool. It will save you a tremendous amount of time and increase the accuracy of the measurements. You will no longer have to count the squares on the Work Plane grid: Tinkercad Ruler Tool Tutorial. |
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Topic
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Image | Purpose | Tutorial | ||||
1. Base Plate |
Students will Build the Base Plate that support the vehicle. |
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2. Battery Mount | Students will design and build a mount to hold the battery in place. | ||||||
3. Servo Mount | Students will design and build a mount to hold the Servo Motor, which will allow them to steer the front wheels. | ||||||
4. Transformer Mount | Students will design and build a mount to hold the Transformer in place. | ||||||
5. Wheels | Students will design and build the axles and wheels for their car. | ||||||
6. Steering Rack | Students will design and build the Steering Rack, which connects the two Steering Columns. | ||||||
7. Lower Steering Column | Students will design and build the lower Steering Column for their car. |
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8. Upper Steering Column | Note: you do not need to create a Draft for the Upper Steering Column. The Upper and Lower Steering Column are the same design...but are flipped. Just copy/paste your Lower Steering Column into a new file and then select the "Mirror" button to the right of the "UnGroup" button. View Instruction #4 in the Lower Steering Column Instructions (above). |
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9. Motor Mount | Students will build the mount that supports the motor that turns the gear that spins the axle and the wheels. | ||||||
10. Assembly | Students will assemble and test their Radio Controlled Car. | ||||||
11. Connect Transmitter & Receiver | Students will connect the Radio Controller | Guide |
Questions? jharrington@sthelenaunified.org