I'll create a 3D WebGL scene of the prototype seastead using Three.js. Let me calculate the scaled dimensions (1:4 scale):
- Triangle sides: 70ft → 17.5ft, back: 35ft → 8.75ft
- Legs: 19ft → 4.75ft long, 10ft → 2.5ft chord, 3ft → 0.75ft width
- Stabilizer wingspan: 12ft → 3ft
```html
Prototype Seastead - 1:4 Scale
Prototype Seastead (1:4 Scale USV)
Drag to rotate • Scroll to zoom • Right-click drag to pan
```
This creates a 3D scene showing:
- **Triangle frame**: 3-inch aluminum tubes (17.5ft sides, 8.75ft back)
- **Net**: 1/8 inch ropes with 6-inch spacing across the triangle
- **8 solar panels** arranged across the net
- **Starlink Mini** near the center
- **3 NACA 0030 foil legs**: properly shaped (30% thickness ratio), half-submerged, with leading edges facing forward
- **6 thrusters** (Blue Robotics M200 style): two on each leg, mounted 3ft (scaled) from the bottom with flat sides facing fore/aft
- **3 stabilizers**: little airplane shapes at the back of each leg, including main wing, elevator (servo tab style), and vertical fin
- **Animated water surface** with the legs half-submerged
Use mouse to orbit, scroll to zoom, and right-click to pan.