Rhino 3D Modelling for Beginners

Explore the Rhino initial window and menu tab configuration, learning file operations, import options, properties, units, view modes, object types, and basic tools for modeling.

Navigate the Rhino initial menu using the left sidebar’s four sections: curves, surfaces, solids, and measures, and manage panels and layers for organized modeling.

Learn to use Rhino 3D viewports for four perspectives and master object snaps—end, near, mid, center, intercept, perpendicular—along with grid snap and smart track tools to model precisely.

Master the Rhino properties menu, covering document properties, options, units, grids, and hatch and line types. Configure render, text, save locations and intervals, shortcuts, libraries, and the standard toolbar group.

Explore the view tab to switch between wireframe, shaded, rendered, ghosted, x-ray, and retraced visuals. Use set view and camera to position scenes in different perspectives.

Learn to print or save Rhino PDFs using the built-in PDF engine or custom page sizes, with destination, orientation, vector or raster output, color, scale, margins, and visibility.

Explore move, copy, scale, and rotate commands in Rhino 3D, using the gumball to drag objects along the blue, green, and red arrows, and adjust size and orientation.

Master join, explode, trim, and split commands in Rhino 3D to consolidate curves and surfaces, explode them into parts, trim interiors, and split shapes with cutting lines.

Learn the essential Rhino 3D commands for creating lines, polylines, curves, surfaces, and polysurfaces, including circles, rectangles, polygons, boxes, cylinders, and spheres, with practical drawing and editing techniques.

Explore patch, loft, extrude, and make hole commands to create surfaces from curves, including open and closed curves, and cap to form three-dimensional solids.

Explore the offset command to copy curves and objects at specific distances, including offsetting curves on surfaces, and master the hatch tool to apply patterns, scales, and rotations in Rhino.

Learn how to efficiently manage complex Rhino models by mastering select features, including color, layer, curve, surface, points, hatch, and dimension selections for organized modeling.

Learn to measure distances and total lengths in Rhino with distance and length commands, including polylines and segmented curves, and master grouping, ungrouping, and points on for editing.

Explore Rhino 3d basics: array, tween curve, and sweep. Copy points along a path curve, adjust item count and distance, and generate surfaces with rails and cross sections.

Learn to extract borders from surfaces as curves with the border command, mirror geometry for precise symmetry, and automatically close curves using the close curve command in Rhino.

Learn to manage geometry in Rhino by show and hide techniques, zoom to selected objects, and remove duplicates with the cell dupe command to keep file size manageable.

Define a 2d house plan by setting 30×40 m site, a 20×14 m silhouette, and 15×60 cm columns; place 1.5×1.5 m foundations and 0.3 m beams, using copy and mirror.

Learn to model foundations and beams in Rhino 3D by extruding curves, mirroring, joining, and copying base elements, then capping and converting surfaces into solid polysurfaces.

Combine foundations and beams in Rhino to model the soil, create a ground layer, and extrude a 20 cm subfloor and an 8 cm second floor, preventing terrain intersections.

Design inner and outer walls in 2D to create a complete floor plan with entrance, reception, lounge, kitchen and dining, playroom, bedrooms, and circulation.

Design and model a two-level house by creating outer and inner walls, structural columns, and slabs in Rhino 3D using extrusion, loft, offset, and copy techniques.

Design balcony railings in Rhino 3D for beginners by creating three curves on a slab, dividing into seven and four parts for bases, extruding 0.75 cm and adding glass panels.

Model window openings in Rhino 3D by creating a windows layer, placing, scaling, copying, rotating, and using trim or make hole to form glass windows.

Model window frames in Rhino by outlining openings on a frames layer above glass, then offset to define width and use make hole command, with trimming or extruding for glass.

Model a staircase in Rhino 3D, first in two dimensions then three, using a staircase layer to arrange 17 steps, extrude and cap, and add glass railings at upper level.

Explore creating exterior features in Rhino 3D for beginners: model terrain and landscaping with layers, extrusions, pools with decks, timber cladding, and fences, then apply textures for export.