This page is for AI assistant context only. To use this package, visit community.ntop.com.
Community submission — not verified by nTop. This package was submitted by an outside community member and has not been reviewed or verified by nTop. Treat its accuracy, safety, and compatibility claims with appropriate caution.
Summary
Inspect continuous leading-edge return loops, independent root trims, a finished aft shoulder, and separate ogive and drive components.Package Details
Built with Astra. Inspect continuous leading-edge return loops, independent root trims, a finished aft shoulder, and separate ogive and drive components.
R5 retains physical leading-edge identity through the return and applies a finishing cut after the blade/barrel blend. The saved-graph orientation check covers seven trim cases with 121 stations each. The drive is a custom nominal interface. Marine performance and production fit are not qualified by these geometry checks.
Installation and use
- Download the package files and keep them together. The community download serves the full native notebook from public Git LFS storage. If cloning with Git, run
git lfs pullto retrieve the model. - Open
marine-return-loop-propeller-r5.ntopin the matching licensed nTop build. - Save a working copy before editing. Expand the relevant section and change one control at a time.
- Inspect the rebuilt bodies and block states before accepting the changed model.
Inputs and outputs
Named scalar controls include
Forward root twist trim, Aft root twist trim, CHECK Cartridge wall, CHECK Cartridge spline opening, CHECK Ogive wall, CHECK Ogive cavity, CHECK Barrel material, CHECK Open barrel bore, CHECK Foil inside station 12 x 0.4, CHECK Foil outside station 12 x 0.4, CHECK Foil inside station 12 x -0.4, CHECK Foil outside station 12 x -0.4. Some are computed values; inspect their upstream construction before changing them.