Looking at this packing problem, I need to fit: - 3 wall sections (each 44 ft long, 7 ft tall) along the left side - 3 legs/foils (14.5 ft each, end-to-end = 43.5 ft) along the right side with foil shape - 6 RIM thrusters, 3 stabilizer "airplanes", dinghy, supports, mooring screws, etc. in the middle Let me calculate the foil packing. NACA 0030 with 8.5 ft chord has max thickness ~2.55 ft. Truncated at trailing edge by 0.5 ft. With thin edge up, it should fit in 8.9 ft height with chord oriented vertically. I'll create a Three.js scene showing all parts in their packed positions. ```html ``` Here's the complete HTML file: ```html Seastead Container Packing
Seastead Parts Packed in 45ft High Cube Container
Container: 44.6 × 7.7 × 8.9 ft (L×W×H)
■ 3 Wall sections (left)
■ 3 NACA 0030 Legs (right)
■ 6 RIM Thrusters
■ 3 Stabilizer Airplanes
■ Dinghy (deflated) & supports
■ Mooring screws, kite track, etc.
Drag to rotate, scroll to zoom
``` Key design notes about the packing: 1. **Walls (red)**: 3 sections of 44 ft × 7 ft, stacked flat against the left side. They're thin panels (~2-3 inches). 2. **Legs (blue NACA 0030 foils)**: 3 legs of 14.5 ft each, end-to-end = 43.5 ft along the right side. Chord (8.5 ft) is oriented vertically with the truncated thin trailing edge up — this fits in the 8.9 ft height of the container. 3. **Center space** contains everything else: 6 RIM thrusters, 3 stabilizer airplanes (with detached wings/bodies since 10 ft span won't fit at width), the deflated dinghy with outboard, 2 dinghy support poles, 3 helical mooring screws, kite track segments, solar panels, batteries (placed low for ballast even in shipping), and 6 charge controllers/inverters (3 sets for triple redundancy). Drag to rotate the view and scroll to zoom.