Multipole-vector analysis shows the quadrupole and octupole plane normals clustering around the CMB dipole direction, a one-in-a-thousand accident in ΛCDM, with the aligned quadrupole-octupole system also lying perpendicular to the ecliptic at 98 percent confidence (Copi, Huterer, Schwarz and Starkman). The largest-scale primordial features are connected to our motion vector and our orbital plane, and the pattern survived the change from WMAP to Planck untouched.
ΛCDM assumes the primordial multipoles are orientation-free draws from an isotropic Gaussian field, and that the dipole is purely kinematic, carrying no cosmological information. Under those assumptions no mechanism can connect a primordial quadrupole to the observer's velocity, so the model has nowhere to put the observed connections except systematics that two independent satellites failed to share, or compounding coincidence.
SCT replaces the hot-dense-center with a superluminal collision, and the collision geometry manufactures both connected directions from the same two vectors. Our pocket retains a residual bulk velocity within its parent frame, v_frame of v_rel(final) times (b/R_min), directed along the impact parameter b (P63): that is the non-kinematic core of the dipole. The same collision deposits the inherited angular momentum J = μ(b × v_rel) whose axis orients the large-angle multipole pattern through the collision-axis imprint (P48). Because J is built from the cross product of b with v_rel, the frame velocity is perpendicular to J by construction (P64), which places the dipole direction in the plane the quadrupole and octupole define: plane normals near the dipole is not an accident to be explained but the predicted configuration.
The ecliptic connection rides one level further down the same inheritance. Angular momentum cascades from parent to child structures at every scale (P32), so orientation statistics at the solar-system level are weakly coupled to the larger hierarchy rather than independent of it; SCT flags the quantitative amplitude of the ecliptic correlation as outstanding theoretical work, while removing the ΛCDM verdict that any such correlation is impossible. The connections among cosmological directions, dipole, quadrupole, octupole, and the hemispherical asymmetry axis, are the firm prediction.
This is the same collision geometry behind the Cold Spot, the low-multipole deficit, and the parity-odd correlations: one oriented event, many statistics. There is no need to invoke unfound foregrounds or stacked coincidences.
The registered geometric kill: SCT requires the CMB dipole to lie perpendicular to the large-scale angular-momentum coherence axis traced by quasar polarization alignments. A dedicated cross-correlation finding the dipole aligned with, rather than perpendicular to, that axis at more than 3σ falsifies the b-cross-v construction. Likewise, a joint analysis showing the anomaly axes (dipole, quadrupole-octupole, hemispherical) to be mutually inconsistent at 3σ breaks the single-geometry account, and LiteBIRD polarization finding the large-angle sky fully isotropic dissolves the pattern itself.