Model a concept spacecraft by sketching a center rectangle on the xz plane, extruding, and lofting profiles to form the main body, then refine with a cut.

Create a spacecraft engine with sketching, extruding a cylinder, center rectangle, and blades, then move, project edges, and thicken.

Detail the front engine of a spacecraft by sketching lines, projecting edges, extruding and thickening parts, and using circular patterns, a sphere and ring, and a cut operation.

Design circular detail patterns on a spacecraft model in Fusion 360 by sketching on planes, using boolean cuts, offsets, and fillets, then apply circular feature patterns for the wing.

Detail a spacecraft wing in Fusion 360 by sketching on planes, offsetting edges, extruding and cutting, thickening surfaces, and using split face on a cylindrical surface to create fins.

Detail the left wing connect by combining the target body, removing volume interference, then sketch, extrude, and thicken features, and mirror the braces to model the top parts.

Organize parts by creating a left wing group and moving bodies into it, then model the tail wing with sketches, extrude, offsets, constraints, and a mirror to the opposite side.

model louvers for a spacecraft by sketching profiles, extruding, thickening surfaces, and applying a rectangular pattern and projection to align edges.

Detail the exhaust side of a spacecraft in Fusion 360 by creating groups, sketches, rectangles and arcs, applying offsets and radii, equal radii constraints, and extruding with a taper.

Design a spacecraft exhaust pipe in Fusion 360 by sketching a path, creating circular and rectangular profiles, and sweeping, extruding, and filleting for a finished model.

Detail the spacecraft side door by sketching, offsetting edges, extruding profiles, and applying fillets, then create parallel lines for the door shape.

Sketch a circle on a reference plane, constrain its center to the origin, and revolve a multi-line profile to create the dome on a spacecraft model in Fusion 360.

Detail the Fusion 360 spacecraft dome by editing profile sketches, offsetting faces, thickening surfaces, splitting the body, and using circular patterns and revolve operations to add exterior features.

Build a dome top with top pegs by sketching circles and lines, applying equal and midpoint constraints, extruding, thickening, and adding fillets and chamfers.

Detail the front intake by sketching on faces, offsetting edges, extruding profiles, and applying drafts, then pattern vertical sheets, patch surfaces, and thickening before mirroring for symmetry.

Detail the side exhaust by sketching on selected faces, trimming arcs and lines, then extruding a boundary to add thickness, followed by rectangular pattern, isolate, and fillet refinements.

Detail the spacecraft back door in Fusion 360 by creating sketches, offsets, and symmetry constraints, then extrude and trim features to shape the back pipe.

Create the back pipe detail in Fusion 360 by building a construction plane, sketching with lines and rectangles, applying constraints and offset, and sweeping a circle along a path.

Create and refine the cockpit glass panels by renaming and grouping bodies, using extrude, split, shell operations, and precise offsets to form glass panel top and side.

Learn to mirror faces in Fusion 360 by creating sketches and offsets, splitting and joining bodies, and aligning mirrored features for a spacecraft design.

Apply a mirror to spacecraft bodies using the y z plane, enable the top view window selection, and click ok to reveal the mirrored dome top.