
I use reference lines to match the blueprints together. It makes us sure that the blueprints are properly aligned with the other views.
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.
Use the lofted surface feature to connect multiple fuselage profiles, selecting edges and sketches in the tree diagram, then hide sketches and verify alignment.
I adjusted the width of the fuselage making sure it matches the blueprints.
Make sure the first section of the fuselage is almost in line with the second section. That's what I tried adjusting the sections together.
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.
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This course is put very well and made sure it matches the actual NASA OV-120 design. Lectures are explained with an easy approach to make sure no one gets confused in its process of making.
A detailed course with step by step following. Each section is recorded in parts so its easy to understand. Take your time and don't rush.
Learning surface modelling can be challenging but I made sure all the steps involved in making are slow and steady. So you can grasp knowledge of what is being done.
Major and minor details have been put so you understand how 3D modeling works. This course is advance version so make sure you know how solid modelling is done. Use of split lines, decals have been used to make the model accurate.
This course is not just for those who are into aerospace field but also for anyone interested in knowing the design process of a space shuttle. The course will put an impact on your future career as majority of the engineering firms require 3D modeling skills to be a part of your portfolio.
The course is recorded on a Solidworks 2020. Any questions on this course will be answered so you don't get stuck in between the lectures.