Chaotic debris settles under simplified Keplerian mechanics into thin rings with a Cassini-like gap. A 5,000-particle additive-blended point cloud is seeded with random inclination, eccentricity, and orbital phase, then each frame its angular velocity is driven by a 1/√r Keplerian approximation while inclination and eccentricity are exponentially damped toward zero, flattening the chaotic cloud into a thin disk. Two resonance "gap bands" apply a proximity-based repulsion force to nearby particles, carving a Cassini-like division as the rings settle. The planet uses a canvas-generated banded/turbulence texture plus a fresnel rim-lit ShaderMaterial for the atmospheric glow, and two moons orbit on tilted pivots outside the ring system.