Order 19680.
304 conjugacy classes of subgroups.
The subgroup lattice has 112 nodes — too large to display as a diagram.
| subgroup | G/H | |
|---|---|---|
| center | G | C1 |
| commutator | C1 | G |
| Frattini, cosocle | C4 | C23×C3×C5×C41 |
| socle, prime radical | C23×C3×C5×C41 | C4 |
| LCS | G ▷ C1 | |
| UCS | C1 ◁ G | |
Splittings G = N ⋊ H with N normal; H ≅ G/N.
| N | H ≅ G/N | type |
|---|---|---|
| 2. C2×C3×C5×C8×C41 | C2 | direct (N × H) |
| 3. C22×C5×C8×C41 | C3 | direct (N × H) |
| 7. C3×C5×C8×C41 | C22 | direct (N × H) |
| 8. C22×C3×C8×C41 | C5 | direct (N × H) |
| 10. C2×C5×C8×C41 | C2×C3 | direct (N × H) |
| 11. C22×C3×C5×C41 | C8 | direct (N × H) |
| 16. C2×C3×C8×C41 | C2×C5 | direct (N × H) |
| 20. C5×C8×C41 | C22×C3 | direct (N × H) |
| 21. C22×C8×C41 | C3×C5 | direct (N × H) |
| 22. C2×C3×C5×C41 | C2×C8 | direct (N × H) |
| 27. C3×C8×C41 | C22×C5 | direct (N × H) |
| 28. C22×C5×C41 | C3×C8 | direct (N × H) |
| 33. C2×C8×C41 | C2×C3×C5 | direct (N × H) |
| 34. C3×C5×C41 | C22×C8 | direct (N × H) |
| 35. C22×C3×C41 | C5×C8 | direct (N × H) |
| 39. C22×C3×C5×C8 | C41 | direct (N × H) |
| 40. C2×C5×C41 | C2×C3×C8 | direct (N × H) |
| 45. C8×C41 | C22×C3×C5 | direct (N × H) |
| 46. C2×C3×C41 | C2×C5×C8 | direct (N × H) |
| 49. C2×C3×C5×C8 | C2×C41 | direct (N × H) |
| 50. C5×C41 | C22×C3×C8 | direct (N × H) |
| 51. C22×C41 | C3×C5×C8 | direct (N × H) |
| 55. C22×C5×C8 | C3×C41 | direct (N × H) |
| 56. C3×C41 | C22×C5×C8 | direct (N × H) |
| 60. C3×C5×C8 | C22×C41 | direct (N × H) |
| 61. C22×C3×C8 | C5×C41 | direct (N × H) |
| 62. C2×C41 | C2×C3×C5×C8 | direct (N × H) |
| 65. C2×C5×C8 | C2×C3×C41 | direct (N × H) |
| 66. C22×C3×C5 | C8×C41 | direct (N × H) |
| 71. C2×C3×C8 | C2×C5×C41 | direct (N × H) |
| 72. C41 | C22×C3×C5×C8 | direct (N × H) |
| 76. C5×C8 | C22×C3×C41 | direct (N × H) |
| 77. C22×C8 | C3×C5×C41 | direct (N × H) |
| 78. C2×C3×C5 | C2×C8×C41 | direct (N × H) |
| 83. C3×C8 | C22×C5×C41 | direct (N × H) |
| 84. C22×C5 | C3×C8×C41 | direct (N × H) |
| 89. C2×C8 | C2×C3×C5×C41 | direct (N × H) |
| 90. C3×C5 | C22×C8×C41 | direct (N × H) |
| 91. C22×C3 | C5×C8×C41 | direct (N × H) |
| 95. C2×C5 | C2×C3×C8×C41 | direct (N × H) |
| 100. C8 | C22×C3×C5×C41 | direct (N × H) |
| 101. C2×C3 | C2×C5×C8×C41 | direct (N × H) |
| 103. C5 | C22×C3×C8×C41 | direct (N × H) |
| 104. C22 | C3×C5×C8×C41 | direct (N × H) |
| 108. C3 | C22×C5×C8×C41 | direct (N × H) |
| 109. C2 | C2×C3×C5×C8×C41 | direct (N × H) |
By isomorphism type — maximal subgroups of the same type appear once, whether or not they are normal.
| subgroup | index |
|---|---|
| C22×C3×C4×C5×C41 | 2 |
| C2×C3×C5×C8×C41 | 2 |
| C22×C5×C8×C41 | 3 |
| C22×C3×C8×C41 | 5 |
| C22×C3×C5×C8 | 41 |