Optical Tamm structures offer great possibilities for the development of new optoelectronic devices ranging from polarized laser sources to plasmon generators. Indeed, thanks to the patterning of a thin metallic film alone, microscale confinement of light is achieved, which constitutes a very easy and flexible way to make confined lasers. Here, we report on room-temperature lasing of a Tamm structure, based on an original geometry with enhanced quality factor. In this so-called Super Tamm structure, a low-index dielectric layer is inserted between a silver film and an AlGaAs/AlAs distributed Bragg reflector while keeping the mode confinement at the metallic/dielectric interface. Numerical simulations of this structure show Q-factors up to 6500. Room-temperature lasing is achieved with this new architecture, as demonstrated by the nonlinear emission intensity increase and the spectral and emission-diagram narrowing. This result is a determinant step toward the realization of useful Tamm laser devices.