At the recent IEEE Antennas and Propagation Symposium (APS), Mike Varner presented work by Alhassoun, Varner, and Durgin on the use of perfect pulses to suppress specular reflections on a highly reflective surface. A classic use of this problem is the reduction of radar signatures of aircraft hangers and other buildings near runways. The flat faces of these structures can often produce large radar returns/multipath that distort ranging by either the air traffic control tower or a descending plane. This presentation provides a unique use of the perfect pulse theory invented here at Georgia Tech to build a solution.