 |  | Seq | Source | Timetable line |
| | 1 |  | TX=Magdeburg T4D + B4D; C=(2*MVB_T4DM_3,MVB_B4DM_3)|(2*MVB_T4DM_3_L,MVB_B4DM_3L)|(2*MVB_T4DM_2,MVB_B4DM_2)| (2*MVB_T4DM_2_L,MVB_B4DM_2L)|(2*MVB_T4DM_1L,MVB_B4DM_1L)|(2*MVB_T4DM_1,MVB_B4DM_1)| (2*(MVB_T4D_1|MVB_T4D_2|MVB_T4D_3),MVB_B4DF)|(MVB_B4DFL)| (2*(MVB_T4D_1L|MVB_T4D_2L|MVB_T4D_3L),MVB_B4DFL); |
| | 2 | | TX=Magdeburg T4D + B4D; C=(2*MVB_T4D~JPD,MVB_B4D~JPD)|(2*MVB_T4DL~JPD,MVB_B4DL~JPD); |
| | 3 | | C=MVB_T4DL~JP,|MVB_B4DL~JP; |
| | 4 | | C=MVB_T4D~JP,|MVB_B4D~JP; |
| | 5 | | C=MVB_T4D1001L,|MVB_B4D2002L; |
| | 6 | | C=MVB_T4D1001,|MVB_B4D2002; |
| | 7 | | C=MVB_T4D1,MVB_B4D1; |
| | 8 | | C=MVB_T4D2,MVB_B4D2; |
| | 9 | | C=MVB_T6A2L~JP,|MVB_B6A2L~JP; |
| | 10 | | C=MVB_T6A2~JP,|MVB_B6A2~JP; |
| | 11 | | TX=Magdeburg T6A2 + B6A2; C=(MVB_T6A2~JPD,MVB_T6A2~JPD[PD],MVB_B6A2~JPD)| (MVB_T6A2L~JPD,MVB_T6A2L~JPD[PD],MVB_B6A2L~JPD); |
| | 12 | | TX=Magdeburg T4D + T4D; C=(2*MVB_T4DNL)|(2*MVB_T4DN); |
| | 13 | | TX=Magdeburg T6A2 + B6A2; C=(MVB_T6A2N,MVB_B6A2N)|(MVB_T6A2NL,MVB_B6A2NL); |
| | 14 | | TX=Magdeburg NGT8D; C=MVB_NGT8D1L|MVB_NGT8D1|MVB_NGT8D2; |
| | 15 | | C=MVB_AW1; |
| | 16 | | C=MVB_AW2; |
| | 17 | | C=MVB_AW,|MVB_BW; |
| | 18 | | C=MVB_SW; |
