We analyze the thermodynamics of four dimensional asymptotically AdS, slowly-uniformly accelerating, dyonic rotating spindle black holes that are nearly supersymmetric. They depart from the BPS regime in two distinct ways: by raising the temperature at fixed charges or by raising a naturally defined potential $\phi$ which breaks supersymmetry preserving extremality. The results of the near BPS regime are then recovered from a naturally deformed entropy functional which will come from a dual field theory.