vs.

      Broderson IC20G vs. Liebherr LTM1040-2.1

      3 reasons to buy Broderson IC20G:

      Sizes

      Upperstructure rear swing radius 752.9 mm and 3290 mm 77 % less or 2537.1 mm

      Booms

      Minimum operating radius 1.2 m and 2.5 m 52 % less or 1.3 m
      Minimum height at maximum lifting angle 3.8 m and 10.5 m 64 % less or 6.7 m

      8 reasons to buy Liebherr LTM1040-2.1:

      Operation

      Haul truck fuel volume 300 l. and 51.1 l. 83 % more or 248.9 l.

      Carrying part engine

      Full power 207.3 kW and 38 kW 82 % more or 169.3 kW
      Maximum torque 1100 Nm and 142.4 Nm 87 % more or 957.6 Nm

      Booms

      Maximum angle of ascent 81 degrees and 75 degrees 7 % more or 6 degrees
      Maximum lifting capacity 40000 kg and 2268 kg 94 % more or 37732 kg
      Sections number 5 and 3 40 % more or 2
      Maximum working radius 31 m and 6.7 m 78 % more or 24.3 m
      Max. height at max. lifting angle without boom 35 m and 6.4 m 82 % more or 28.6 m

      Neutral reasons:

      Sizes

      Transport length 2767.6 mm and 10490 mm
      Transport width 1219.2 mm and 4300 mm
      Transport height 1676.4 mm and 3550 mm
      Hauler length 2767.6 mm and 8380 mm

      Operation

      Tyre size 7.5x10 and 14 R25

      Carrying part engine

      Manufacturer Nissan and Mercedes-Benz
      Model H20 and OM 906 LA

      Images

      Sizes

      1. Transport length 2767.6 mm 1. Transport length 10490 mm
      2. Transport width 1219.2 mm 2. Transport width 4300 mm
      3. Transport height 1676.4 mm 3. Transport height 3550 mm
      7. Hauler length 2767.6 mm 7. Hauler length 8380 mm
      8. Upperstructure rear swing radius 752.9 mm 8. Upperstructure rear swing radius 3290 mm

      Booms

      9. Minimum height at maximum lifting angle 3.8 m 9. Minimum height at maximum lifting angle 10.5 m
      10. Max. height at max. lifting angle without boom 6.4 m 10. Max. height at max. lifting angle without boom 35 m
      11. Minimum operating radius 1.2 m 11. Minimum operating radius 2.5 m
      12. Maximum working radius 6.7 m 12. Maximum working radius 31 m
      13. Maximum angle of ascent 75 degrees 13. Maximum angle of ascent 81 degrees