High-spin states in the N=50 nucleus Kr-86 have been investigated via the 82 Se(Li-7,p2n) reaction using 32 MeV Li-7 ions. In order to suppress gamma-rays arising from pure neutron evaporation the measurements of angular distributions and relative excitation functions of the gamma-rays as well as gamma - gamma coincidences have been performed in particle-gamma coincidence modes. Levels with excitation energy up to 7.9 MeV and tentative spins up to (12) have been established. On the basis of systematics tentative assignments of shell model configurations are proposed.