The ultimate APP/GAME Tweak free solution
Maps precise river systems, streams, lakes, and reservoirs.
Flight simulation enthusiasts constantly strive for the highest level of realism. In the era of Lockheed Martin’s Prepar3D v3 (P3D v3) and Microsoft Flight Simulator X (FSX), achieving accurate real-world terrain was a major challenge. -FSX P3D- FTX Global Vector 1.30 Prepar3D v3 Quad
Replaces default coastlines, rivers, lakes, and other water bodies with high-fidelity GIS data. Maps precise river systems, streams, lakes, and reservoirs
: Click the AEC tab and run the automated scanner. This disables vector modifications for airports where you have custom, third-party scenery installed. Replaces default coastlines, rivers, lakes, and other water
Bridges, tunnels, and vehicular traffic align precisely with the underlying terrain mesh.
The "Quad" setup involves adding the detailed vector data from FTX Global Vector on top of the improved base textures and accurate landclass, all placed over a high-resolution terrain mesh. Together, these four components worked in harmony to create a world that was infinitely more realistic than the default.
Maps precise river systems, streams, lakes, and reservoirs.
Flight simulation enthusiasts constantly strive for the highest level of realism. In the era of Lockheed Martin’s Prepar3D v3 (P3D v3) and Microsoft Flight Simulator X (FSX), achieving accurate real-world terrain was a major challenge.
Replaces default coastlines, rivers, lakes, and other water bodies with high-fidelity GIS data.
: Click the AEC tab and run the automated scanner. This disables vector modifications for airports where you have custom, third-party scenery installed.
Bridges, tunnels, and vehicular traffic align precisely with the underlying terrain mesh.
The "Quad" setup involves adding the detailed vector data from FTX Global Vector on top of the improved base textures and accurate landclass, all placed over a high-resolution terrain mesh. Together, these four components worked in harmony to create a world that was infinitely more realistic than the default.