SOLIDWORKS: NASA OV-120 Space Shuttle

Learn to insert and align a top view blueprint in SolidWorks using top plane, sketch picture, and x, y, angle controls to match nose sections of top and right planes.

Set up the back view in SolidWorks by using the front plane and clip and flip offsets to position the back side, finalizing four planes for the blueprints.

Design the space shuttle nose section by creating reference planes, sketching lines to measure height and thickness, and shaping a spline-based profile to match top and bottom blueprints.

Sketch reference and central lines, plus construction lines, to shape the nose profile using lines and splines. Use a surface loft to match the blueprint and save.

Use the surface loft feature to join sections by choosing profiles and guide curves, enable surfaces, and preview the design from the front plane to the top fuselage.

Create precise nose-section guide curves in SolidWorks by sketching lines, applying pierce, and using top and bottom guides to achieve an accurate lofted surface per the blueprint.

Complete the nose section design in SolidWorks by adding lines, placing points on a line, creating a guide curve with a 3D sketch, and aligning surfaces to the blueprint.

Design the space shuttle fuselage section in SolidWorks using sketches, reference lines, and splines. Master lofted surfaces and edge smoothing to create accurate, aerodynamically clean geometry.

Learn to design fuselage guide curves in SolidWorks by sketching lines, forming guide groups, and piercing points to shape and smooth surfaces to match the blueprints.

Use the lofted surface feature to connect multiple fuselage profiles, selecting edges and sketches in the tree diagram, then hide sketches and verify alignment.

Create the top and bottom guide curves by sketching lines on the right plane, drawing straight lines between points, and validating their alignment to control the side curves.

Create a side guide curve by sketching a straight line, use features to form the guard, align planes, place points, pierce lines, and verify against the blueprint.

Join fuselage sections in SolidWorks by creating a loft surface, updating sketches, and using the feature tree to review from the top view, then save.

Extend the fuselage line to align with the tail section, updating the design to 8.313 units in your sketch by referencing the linked Sketchfab model.

Create and reshape sketches in SOLIDWORKS to refine the NASA OV-120 Space Shuttle model by adjusting lines and dimensions and comparing it with this model here.

Set the top and bottom curves as guides, create splines to connect them, and use a lofted surface to join the profiles into a space shuttle component.

Design the orbital maneuvering system for the NASA OV-120 shuttle in SolidWorks by sketching with a spline and using a revolve feature, then translate into position along the X axis.

In SolidWorks, learn to set up a plane, sketch geometry, convert entities, and adjust lines to shape the design, then extrude to form features.

Model and refine a space shuttle component in SolidWorks by drawing lines and adjusting shapes to match blueprints. Export the final geometry and verify it aligns with the dataset.

Sketch and compare booster outlet circles in solidworks, set zero distance, apply draft angles, and extrude sections to match diameter differences while aligning features on the shuttle boosters.

Learn to modify solid models in SolidWorks by editing surfaces and faces, shaping a shell, adjusting straight lines, and ensuring the diameter of the circle.

Resize the sketch by adjusting the circle diameter and centering it, then refine lines and lofted surfaces to ensure accurate alignment.