outer horizon r₊—
inner horizon r₋—
ergosphere (equator)—
ISCO (prograde)—
radius r / r₊—
infall velocity (v/c)—
time dilation γ⁻¹ (dτ/dt)—
proper time τ (yours)0.00 s
coordinate time t (outside universe)0.00 s
Phase: approaching

Falling in raises your speed toward c. Special relativity slows your clock (τ). As r → r₊ your local dτ/dt → 0: your proper time nearly stops relative to the outside universe's coordinate time t. Mass and spin set the Kerr horizons, ergosphere and ISCO above exactly — the infall pacing itself is a dramatized, not geodesically exact, radial fall.

Drag to orbit and steer your approach. Starlight bends around the horizon in real time — that warped halo is gravitational lensing, not a texture.