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Rhino3D Aircraft NURBS Professional 3D Modeling Course
Rating: 4.6 out of 5(30 ratings)
263 students
Created byKrzysztof Kubasek
Last updated 5/2023
English

What you'll learn

  • You will learn the principles of designing 2d curves and 3D surfaces of NURBS technology and their impact on the beauty of the every day objects
  • Different professional tools and working methods in Rhino3D to design organic shapes using NURBS (Non-uniform rational basis spline) technology
  • Using surface control points for editing and controlling the shape of your design.
  • You will learn many advanced surface matching, blending, networking with geometrical continuity applied,
  • You will learn how to manage surface UV, flowing along objects, extracting references out of the objects.
  • You will learn the design stages of working in 3D to manage a project from concept to completion

Course content

1 section • 15 lectures • 4h 44m total length

  • Introduction & Training Rules1:20

    Follow training rules to master Rhino3D aircraft NURBS modeling. Replay confusing stages, observe left and right mouse click effects, and notice keyboard inputs reveal corresponding buttons to reinforce 3D processes.

  • Setting blueprints5:34

    Learn to import and align aircraft blueprints in Rhino3D, using picture frame, snapping, and layers, set the center at zero point, and prepare transparent blueprints for precise 3D modeling.

  • Body17:39

    Create the aircraft body by drafting profile curves, apply curvature analysis for a smooth, streamlined shape, and use symmetry with the mirror and match commands to form a continuous surface.

  • Wings21:45

    Design wings by aligning curves with curvature graphs to ensure geometric continuity, tangency, and curvature continuity, then build a smooth surface using sweep two rails and a network of curves.

  • Side engine covers11:45

    Model the side engine covers in Rhino3D by shaping a sphere, rebuilding surfaces to fit blueprints, and blending between forms for a smooth, symmetric join with the body.

  • Tail34:30

    Create a tail socket with profiles and adjust control points to shape a smooth nurbs surface network in Rhino. Apply blends and symmetry to maintain continuity and align with blueprints.

  • Cabine doors8:25

    Learn to separate the cabin from the body in Rhino3D using carve tools, offset lines, and trim to fit blueprints, control points, and create two cabin entrances.

  • Bottom air intake & rotor cover16:14

    Design bottom air intake and front rotor cover by building profile curves and creating surfaces from a network of curves. Refine continuity and use blends to achieve smooth transitions.

  • Front in/outtake14:09

    Create front air intakes and outtakes by splitting and carving the body, then shrink the split mesh and blend surfaces with reference curves for curvature control.

  • Front engine hood16:07

    Model the front engine hood in Rhino3D by turning multi-surfaces into a solid shell, adding mounting edges and screw holes, and splitting the hood from the body.

  • Propeller12:24

    Learn how to finish the rotor cover in rhino3d by modeling holes for the propeller, the propeller mounting ring, and screws, and creating a shell and lofted propeller profile.

  • Wheels14:26

    Create wheel geometry by designing tire and rim profiles, revolve around an axis, and refine by joining pieces, splitting profiles, and adding a wheel axle with holes in the rim.

  • Front suspension49:37

    Work on the front suspension and lower flaps, modeling technical construction elements. See the problem-solving approaches that can inspire your own projects by watching the training.

  • Rear suspension48:06

    Learn to model rear suspension in Rhino by creating an extra viewport, extracting a new origin for objects, and aligning a sea plane to draw from the top view.

  • Details desining12:12

    Finish the Pipistrel Panthera aircraft design in Rhino by adding final details and embracing an efficient modeling approach, showing you can model anything you like.

Requirements

  • Take this training if you have taken other 3D modeling courses but: 1) still don't really understand 3D modeling, or 2) still don't feel confident designing 3d objects, like products, cars, sculptures, ceramics, and structures. This training is perfect for you!
  • Take this training if you want to gain a deep understanding of the most popular 3D modeling software Rhinoceros 3D

Description

The moment when professional 3D design begins is when you can control every surface of the object you design. The shape of your project is then limited only to your imagination. You can take a long time to get to this point on your own. Professional training helps you quickly understand advanced 3D design methods. This course will teach you everything you need to master the Rhino3D tool and create amazing designs.

Based on the example of the Pipistrel Panthera aircraft, the Rhino3D NURBS Surface Modeling Course will teach you advanced tools and methods of creating, analysing, and editing NURBS curves and surfaces.

The course is addressed to intermediate-level Rhino 3D modellers who want to upgrade their skills to advanced ones. Five hours (14 episodes) of training videos will guide you through the many tools and methods of creating and editing NURBS surfaces, drawing technical sketches, analysing your design using professional tools, and many other tools that will help you use the Rhino efficiently. Book your time, get yourself excellent coffee start boosting your skills with easyRhino3D

Complete step-by-step video training on how to model a Pipistreal Panthera Aircraft in high quality with mainly class-A surfaces with rhinoceros 3D. You will learn how to create a photorealistic 3D model of this aircraft out of video training lessons.

Book your time, get yourself a nice coffee start boosting your skills with easyRhino3D.

You will learn such tools as NURBS Curve creating, Single Span Curve, Curve Continuity, Matching and analysing Curves Graph, Curve based Surface creating methods, network curve creating, and Surface tools like blend, fillet, and match. You will also learn how to evaluate surface continuity with the Curvature graph and make changes if necessary.

I will also show you many clever, useful tools to support your modelling work, such as extracting curves from objects, using surface UV data as design references, and many other Rhino 3D professional tools.


CONCEPTUALIZING

Modelling in any 3D software is not efficient when you do not apply a little bit of creativity. Conceptual thinking and problem-solving skills are crucial to getting the right destinated 3D shapes. In 3d Rhinoceros3D Aircraft Training, You will learn on step by step video explanations of how to solve encountered problems with different tools. That knowledge gives you confidence that you will be able to cope with any 3D design during your own projects.


2D NURBS Drawing

The steps described in the Rhinoceros 3D Aircraft Training illustrate a typical 2D as well as NURBS drawing creation process for technical objects and advanced surfacing purposes. 2d drawing is an essential stage in the process of developing 3d design. Most of the time, great shapes start with nicely designed curves. In 3d Rhinoceros3D Aircraft Training, You will learn how to work with "Curve tools" efficiently and professionally.

3D NURBS Surfacing

As you use the tools in Rhinoceros 3D to create your designs, you will need to use the NURBS technology to specify how you want your shape to look. You don't need to understand exactly what NURBS are in order to operate in Rhino3d. Most important is to know how to use that mathematics NURBS technology to create very complex 2D and 3D shapes relatively easily and control them using “control vertices”. That is what you will learn in 3d Rhinoceros 3D Aircraft Training.

Who this course is for:

  • Product Designers curious about designing every detail of the product in unique way, surface by surface with knowledge of professional NURBS designing.
  • Industrial Designers wanting to expand tvheir knowledge in the field of designing 2d cures and geometrically continuous 3D surfaces
  • Design Students looking for creative 3D problem solving and expanding knowledge in the field of professional Rhino 3D tools, transfer your design competencies to the PRO level
  • 3D printing passionates who want to learn the principles of 3D surface design in Rhino 3D in terms of the possibility of prototyping using 3D printing or CNC
  • Design teams where knowledge of the uniform 3D and 2D nomenclature is crucial for communication

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