A recent stability calculation solved the dispersion matrix to find three distinct unstable modes in three distinct regions of the field‐reversed configuration (FRC). In the present work the transport produced by these three low‐frequency modes is calculated, and both global transport scaling estimates and local transport coefficients are obtained. The result is that low‐frequency drift wave transport agrees with most present experimental measurements of particle, flux, and energy loss both in terms of magnitude and scaling, becoming less dominant as the collision frequency decreases.