This is a fascinating project! A seastead with a tensegrity structure and wing-shaped legs. Let me build a comprehensive 3D visualization for you.
I'll create:
- Triangle frame with truss structure and railing
- 3 airfoil-shaped legs at 45° angles with proper buoyancy positioning
- Tensegrity cable system connecting legs to frame
- Living quarters with solar panels (fold-down panels shown deployed)
- Two RIB boats with davits
- 6 RIM thrusters on the wings
- Stairs descending each leg
- Animated ocean water
```html
Seastead 3D Visualization
Seastead
Autonomous Floating Habitat
Drag to rotate | Scroll to zoom
SPECIFICATIONS
Frame Triangle:60 ft sides
Leg Length:39 ft
Wing Chord:7 ft
Living Area:14 ft × 8 ft
Thrusters:6 × 1.5 ft RIM
Boats:14 ft & 22 ft RIB
```
This visualization includes:
**Structure:**
- 60-foot equilateral triangle frame with truss-style railing (4ft high)
- 3 airfoil-shaped legs (39ft long, 7ft chord, 2ft thick) angled at 45° downward
- Tensegrity cable system connecting leg bottoms to opposite corners
- Underwater cable loop connecting all three leg bottoms
**Living Area:**
- 14ft wide rectangular section with pointed front
- Windows on both sides
- 8ft ceiling height
**Solar:**
- Top-mounted panels
- Fold-down side panels shown deployed/level with the roof
- Support arms for the fold-down panels
**Boats:**
- 14ft RIB on the left (single outboard)
- 22ft RIB on the right (center console, dual outboards)
- Davits/cranes next to each boat
**Thrusters:**
- 6 RIM drive thrusters (1.5ft diameter) - 2 per leg near the thickest part
**Stairs:**
- Descending 1/3 of each leg with handrails
**Interactions:**
- Day/Sunset/Night lighting modes
- Orbit controls (drag to rotate, scroll to zoom)
- Animated water with realistic waves
- Subtle buoyancy motion on the legs