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Recent studies have shown that the Vector Product Format (VPF) and most VPF-based products no longer meet the needs of the Modeling and Simulation (M&S) community of the Army, Navy, and Marine Corps. The research pre- sented in this paper addresses some of the deficiencies out- lined in these requirement surveys. One of the goals of this research is an Extended Vector Product Fortnat (EVPF) and an EVPF-based product "Modeling and Simulation Extended Vector Product (MSEVP)." EVPF, which remains within the confines of VPF'S static georelational data strttc- ture, extends VPF to allow for the efficient storage and access of Triangulated Irregular Network (TIN)-based three dimensional elevation data. Additionally, EVPF permits the efficient integration of terrain elevation data with ground surface features, and provides an elegant method of render- ing terrain in three-dimensions. This paper documents the design of EVPF and highlights its salient features. It also reports on our progress toward the design and implementa- tion of an MSEVP prototype. MSEVP is expected to better serve the needs of the M&S community by addressing some of the deficiencies outlined in recent requirement studies. The paper will address: a) the generation of TIN-

A terrain database representation based on an extended vector product format (EVPF)