The expected performance of a steady state tokamak test reactor with plasma current driven by 500 keV neutral beams and neoclassical (bootstrap) effects has been investigated. A finite difference code which solves the multi-species, non-linear Fokker-Planck equation in radial zones, together with Ampère's law and the expression for neoclassical current, was used to compute the current profile. The plasma properties were obtained by numerically solving the zero-dimensional energy equations for the electrons and ions subject to limits on the total plasma beta. It is shown that an attractive test reactor (TIBER) can be obtained with Q ≈ 5 and an average neutron wall flux of 1 MW·m−2. Simple scaling formulas are presented for a neutral beam figure of merit and the fraction of the total current driven by neoclassical effects.