In order to use effectively the electron beam from the Stanford two-mile linear accelerator, an elaborate beam switchyard will be needed. Of primary importance in the switchyard is the beam transport system, a series of magnets which will provide the deflections necessary to allow the various experimental areas to be reasonably well separated from each other both physically and radiologically. Present planning calls for two transport systems--one leading to end station A, an area primarily for electron and positron scattering and photoproduction experiments, the other leading to end station B, an area planned for secondary particle production. In addition to deflecting the beam, each transport system will momentum-analyze the beam before directing it toward the appropriate end station. The two transport systems as presently envisioned are shown schematically in Fig. 1. Both systems will be serviced by the same pulsed switching magnet.