01 · Modelling
Panels & stiffeners on the model
Laminates assigned to any surface or polysurface. Stiffeners run curve- or surface-based with capping faces and crown laminates — everything stored on the Rhino object itself.
From laminate build-up to live weight and centre of gravity — pictured here as it runs natively inside Rhinoceros.
Laminates assigned to any surface or polysurface. Stiffeners run curve- or surface-based with capping faces and crown laminates — everything stored on the Rhino object itself.
Build laminates layer by layer — glass, carbon, core and UD plies with thickness, weight and stiffness computed per ISO 12215 ply rules.
A dockable panel follows your selection — laminate stack, thickness, core, area and weight at a glance, updating in real time as geometry changes.
Rolls up every panel and stiffener into a single weight and CoG figure — updated the moment a laminate or geometry changes.
A composite colour-map with callout labels and full laminate schedule. Taping details generated at panel–stiffener junctions — no manual drafting needed.
Every laminate built with class-aware ply rules — thickness, weight and stiffness figures aligned with class submission from the first draft.
Composite reads the Rhino NURBS hull, decks and bulkheads directly — no conversion needed.
Materials and laminate stacks with ISO 12215 ply thickness rules — stored in a shared library.
Laminates and stiffener runs stored directly on the model objects — no external database.
Live weight and CoG, colour-mapped schedule and 2D taping details — ready for class submission.
A 15-day evaluation license is issued by the engineering team. Tell us about the vessel and the plugins you'd like to try — we reply within one working day.
Notilus Composite is part of an end-to-end marine engineering toolset. These plug-ins continue the workflow once the composite structure is modelled.
For metal structure alongside composite — the same object-based flow, but for steel and aluminium.
Production drawings, sections and dimensioning straight off the Composite model.
Production planning that uses Composite's part breakdown and weight report as its baseline.
