Fusion LTO Battery Cell Library
Budget / Salary$30–250
TypeFreelance project
LocationRemote
Posted53 minutes ago
I need a complete Autodesk Fusion 360 library part for the Hakadi 2.4 V / 2500 mAh 23680 lithium-titanate battery cell referenced here: https://hakadibattery.com/products/hakadi-lto-2-4v-2500mah-23680-lithium-titanate-cell-15c-power-rechargeable-low-temperature-battery-cells-25000-cycle-times?variant=41929199354061
Please base every critical dimension on the measurements shown on that product webpage; treat those as final even if they differ from drawings you may find elsewhere. The cell will mount to my PCB through through-hole pins or tabs, and the footprint only needs the two electrical holes—no extra mechanical holes or holder outlines.
What I expect back is a single, ready-to-use library entry that contains:
• A clear schematic symbol with correct pin numbering and names
• A PCB footprint matching the two through-hole connections, aligned to the symbol’s pin order
• A properly scaled 3-D model that snaps to the footprint origin in Fusion 360’s PCB workspace
I’ll verify fit by dropping the part into an existing board and running a Fab DRC, so please keep pad spacing, hole sizes, and model origin precise. Provide the .lbr (or .fusionlibrary) file plus the native 3-D body if you build it separately.
If you normally script footprints or use libraries like Library.io, that’s fine—as long as the final library imports directly into Fusion 360 Electronics without warnings.
Please base every critical dimension on the measurements shown on that product webpage; treat those as final even if they differ from drawings you may find elsewhere. The cell will mount to my PCB through through-hole pins or tabs, and the footprint only needs the two electrical holes—no extra mechanical holes or holder outlines.
What I expect back is a single, ready-to-use library entry that contains:
• A clear schematic symbol with correct pin numbering and names
• A PCB footprint matching the two through-hole connections, aligned to the symbol’s pin order
• A properly scaled 3-D model that snaps to the footprint origin in Fusion 360’s PCB workspace
I’ll verify fit by dropping the part into an existing board and running a Fab DRC, so please keep pad spacing, hole sizes, and model origin precise. Provide the .lbr (or .fusionlibrary) file plus the native 3-D body if you build it separately.
If you normally script footprints or use libraries like Library.io, that’s fine—as long as the final library imports directly into Fusion 360 Electronics without warnings.
Apply on Freelancer →
Project sourced from Freelancer.com. Applications happen directly on the original platform — we never collect your data.