For a 60% board, a typical macro layer might include:
: Community-driven collections are available on platforms like GitHub (iwakura/sl-macros) , GitHub (nekitoss/my_sprint_layout_library) , and GitHub (Dark-Sarmat) .
Look for the section to see where your macro path points. Step 2: Adding Third-Party Macro Packs
When you drag a macro onto your board, it behaves as a single locked unit. If you need to modify just one pad size or extend a silkscreen line for a specific board: Right-click the placed macro. Select (or press the corresponding hotkey). macros sprint layout 60
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Dragging an Arduino Nano footprint onto your canvas takes one second; drawing 30 pins precisely spaced at 2.54mm pitches takes minutes. Step-by-Step: How to Create Your Own Macros
M → Open macro library Ctrl + M → Create new macro R (on macro) → Rotate 90° F (on macro) → Flip to other side Right-click → Explode macro → Edit individual elements Right-click → Create macro from selected → Save custom part For a 60% board, a typical macro layer
Every "Resistor 0805" on your board will have the exact same pad spacing, reducing soldering errors.
Would you like a step-by-step example of creating a specific macro (e.g., an SMD LED or a USB-C connector)?
Choose the appropriate subfolder so it appears in the correct library tab. Click . Advanced Macro Management and Tips If you need to modify just one pad
Instead of building components from scratch, you can drag and drop common parts in seconds.
High-quality macros include accurate component outlines on the silk layer, making assembly much easier. Where to Find and Download Macro Libraries