| Name | Last updated |
|---|---|
| 3d-back.png | 1mo ago |
| 3d-board.png | 1mo ago |
| 3d-bottom.png | 1mo ago |
| 3d-front.png | 1mo ago |
| 3d-home.png | 1mo ago |
| 3d-left.png | 1mo ago |
| 3d-right.png | 1mo ago |
| 3d-top.png | 1mo ago |
| assembly_bottom.png | 1mo ago |
| assembly_top.png | 1mo ago |
| board_outline.png | 1mo ago |
| board-screenshot.png | 1mo ago |
| bom.csv | 1mo ago |
| bottom_copper.png | 1mo ago |
| cpl.csv | 1mo ago |
| fabrication.png | 1mo ago |
| page.json | 10d ago |
| README.md | 1mo ago |
| top_copper.png | 1mo ago |
| TrackSimpleBoard_v31_gerbers.zip | 1mo ago |
| TrackSimpleBoard.3mf | 1mo ago |
| TrackSimpleBoard.f3d | 1mo ago |
| TrackSimpleBoard.fbrd | 1mo ago |
| TrackSimpleBoard.fsch | 1mo ago |
| TrackSimpleBoard.igs | 1mo ago |
| TrackSimpleBoard.sat | 1mo ago |
| TrackSimpleBoard.step | 1mo ago |
| TrackSimpleBoard.stl | 1mo ago |
| TrackSimpleBoard.usdz | 1mo ago |
TrackSimpleBoard
This molecule is a 43 mm × 19 mm black-and-white test track with a 30 mm × 19 mm white internal rectangle, designed for use with a workcell’s pincers to emulate the visual input a line-following sensor would detect in a physical robot scenario.
NSF Relevance
This molecule allows students to safely simulate real-world track conditions in the workcell, using values output by the line-following sensor to understand and optimize its operation as it would behave in a physical robot. Thus, students can develop the software to control the robot and watch as it reacts to physical line follower inputs in real time.
Science Drivers
xrp_platform
Created by: adom Version: v1 Category: other