The Cross Fire Fusion Reactor uses multiphase accelerators within a superconducting electromagnetic configuration to isotropically accelerate and confine plasma through helicoidal moving forces, inducing fusion reactions at rates over 1% for net energy gain. Fusion byproducts are harnessed through multiphase resonators to convert kinetic energy into electricity while magnetic mirrors allow escaped particles to power thermoelectric converters, achieving over 90% efficiency. The reactor enables clean, safe power at gigawatt scales with no long-term waste or emissions.