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We propose a toy model with reversible mode coupling mechanism and withtrivial Hamiltonian (and hence trivial statics). The model can be analyzedexactly without relying upon uncontrolled approximation such as thefactorization approximation employed in the current MCT. We show that the modelexhibits a kinetically driven transition from an ergodic phase to nonergodicphase. The nonergodic state is the nonequilibrium stationary solution of theFokker-Planck equation for the distribution function of the modelComment: 10 pages, 1 figure, contribution to the Proceedings of the Barcelona  Workshop 'Glassy Behavior of Kinetically Constrained Models'. To appear in J.  Phys. Condens. Matte

Kinetically driven glassy transition in an exactly solvable toy model with a reversible mode coupling mechanism and trivial statics