SOLIDWORKS: Gulfstream G550

Search for Gulfstream G550 blueprints, select free ones, capture and trace them with print screen and paint using freeform selection, then save and repeat to sketch the design.

Learn to align the Gulfstream G550 top-view blueprint in SolidWorks, setting the origin at center, adjusting 90-degree angles, and matching nose and reference lines for precise sketch alignment.

Design the fuselage cast from the blueprint by sketching centerlines, validating thickness against the top view blueprint, and copying the profile to the opposite side while hiding reference geometry.

Explore creating complex surfaces in SolidWorks Gulfstream G550 by using surfaces from geometry, offsetting references, drawing lines, setting center-to-center dimensions, and building a boundary surface to join sections.

Join lines to complete the design, then use the spline sketch to connect points, pierce lines to the circle, and reshape for a clean boundary surface.

This video shows building a boundary surface by joining lines, selecting sketch 11, and using guide curves top and bottom, then going to the top view to see how it looks and whether it matches the design.

Place a center point on line, form a spline between points, and add an arc; use toplane and guide curves to validate the surface and hide the sketch for comparison.

Design the fuselage by establishing the front plane, drawing vertical and horizontal guide lines, and using ellipse and boundary surface techniques to shape the final form.

Use the spline feature to create guide cards by placing points on lines, finish the points and lines, then adjust with total control to curve the top and bottom.

Create planes and sketches on the line, place a spline with adjusted points, and generate a boundary surface to review the Gulfstream G550 model from the front.

Design a gulfstream g550 fuselage by offsetting the front plane, converting entities for dimension copying, and building sketches with lines and ellipses, then create a boundary surface with guide curves.

Design and refine a fuselage section by creating multiple planes, reference lines, and centerpoints, then sketch lines and ellipses to align features in SolidWorks.

Work on the upper and lower curves using a spline line, reshaping to match the fuselage, adjusting arc size, and adding boundary surfaces and guides to verify side guards.

Explore the 3-D sketch option in SolidWorks, placing points to form lines and splines. Build a boundary surface, work with the grid, and check for irregularities, often without planes.

Develop a fuselage side concept by sketching center points and connecting lines, build a boundary surface, and mirror the design to the opposite side for symmetry using solidworks.

Practice sketching with splines and surfaces, fix coincident errors, and compare edits to blueprints to refine the Gulfstream g550 underbelly and prepare for the main.

Design the Gulfstream G550 inner wing section in SolidWorks by building lines, splines, and reference planes, then sketch and extrude the surface and align with the front-view blueprint.

In this SolidWorks Gulfstream G550 lecture, build the outer wing section by sketching leading-to-trailing edge lines, creating spline geometry, and applying a boundary surface, with iterative adjustments.

Adjust the wing sketch to cover the front view, then build guide curves using to plane and reference planes, reshaping sketches and aligning splines to complete the wing geometry.

Explore completing the wing design by applying a surface boundaryless type one, then a boundary surface, aligning screen points, and confirming the blueprint matches perfectly.

Make adjustments in the top plane, update the final sketch, and refine the wing section with the guide to ensure the overall wing design looks correct in SolidWorks.

Design the Gulfstream G550 wingtip through sketching, plane setup, and precise line work. Experiment with thickness, boundaries, and adjustments to refine the final wingtip.

Refine the wing tip in SolidWorks by aligning the sketch on the front plane with the blueprint, adjusting line positions, and tweaking thickness for a sleek, precise print.

Learn to design the aircraft engine cover in SOLIDWORKS by creating sketches, defining reference planes, and using axis of revolution and revolved surface features to shape and refine the model.

In SOLIDWORKS Gulfstream G550 p2, adjust the aircraft engine by moving parts relative to the front and the top planes using translate and move features to align with the blueprint.

Apply SolidWorks' Shared Feature to sketch engine blades and the rotor, adjust hole parameters, thickness, and outside-edge curvature to resemble the aircraft engine design.

Sketch the spinner first, then the blades for the Gulfstream G550 engine, using a reference image and plane 14 to guide the sketch and adjust as needed.

Design the Gulfstream G550 engine spinner blades by creating planes, sketching curves with splines, and using a boundary surface. Array blades with linear and circular patterns and adjust height.

Create an exhaust section by sketching on the front plane, building a turbine with extruded surfaces, and applying a circular pattern to generate blades, aligned to the engine plane.

Join the engine and aircraft using the engine mount in SolidWorks, sketching slanted lines and airfoil profiles, then create extruded surfaces and thickness within the fuselage.

Sketch the aircraft's supply line, connect using spline and straight lines to match the blueprint, then create an extruded boss with a chosen depth and refine for smoothness.

Model a Gulfstream G550 horizontal stabilizer in SolidWorks by sketching in the top plane, using lines and splines, and joining profiles into a surface with blueprint reference.