Seastead Prototype 1:4 Scale - 3D Visualization

# Seastead Prototype 3D Visualization I'll create a WebGL scene using Three.js showing the 1:4 scale prototype seastead with all the components you described. ```html Seastead Prototype 1:4 Scale - 3D Visualization

Seastead Prototype (1:4 Scale)

Triangle: 17.5ft sides × 8.75ft back

3 NACA 0030 legs: 4.75ft long, 2.5ft chord

6 Blue Robotics T200 thrusters

3 airplane-style stabilizers

8 solar panels + Starlink Mini

Drag: rotate • Scroll: zoom • Right-drag: pan

``` ## What's shown in the scene **Scale (1:4):** All dimensions are in feet, divided by 4 from your full-scale design. - **Triangle frame** — 3" aluminum tubes forming a 17.5 ft × 17.5 ft × 8.75 ft triangle at deck height (≈2.375 ft above water) - **Net** — Thin white lines representing 1/8" rope at 6" spacing across the triangle interior - **8 solar panels** — Dark blue panels arranged across the net in three rows - **Starlink Mini** — Small white rectangular antenna near center - **3 legs (NACA 0030 foils)** — Real NACA 0030 airfoil cross-section, 4.75 ft tall, 2.5 ft chord, 0.75 ft thick. Leading edge (blunt side) faces forward (+X). Exactly 50% submerged. - **6 T200 thrusters** — Two per leg, mounted with flat sides facing fore/aft, positioned 0.75 ft up from the bottom of each leg - **3 airplane-style stabilizers** — Attached behind each leg's trailing edge, with wing, vertical fin, and an orange elevator (the "servo tab" concept) - **Red arrow** — Forward direction indicator - **Animated water surface** at the leg midlines **Controls:** Left-drag to rotate, scroll to zoom, right-drag to pan.