vs.

      Liebherr LTM1070-4.1 vs. Terex 2857

      10 reasons to buy Liebherr LTM1070-4.1:

      Operation

      Haul truck fuel volume 350 l. and 170 l. 51 % more or 180 l.

      Gear box

      Forward gears number 12 and 6 50 % more or 6
      Reverse gears number 2 and 1 50 % more or 1

      Carrying part engine

      Maximum torque 1700 Nm and 705 Nm 59 % more or 995 Nm
      Full power 273.7 kW and 149.1 kW 46 % more or 124.6 kW

      Booms

      Maximum lifting capacity 70000 kg and 12700.6 kg 82 % more or 57299.4 kg
      Sections number 6 and 3 50 % more or 3
      Maximum working radius 40 m and 16.8 m 58 % more or 23.2 m
      Max. height at max. lifting angle without boom 50 m and 17.4 m 65 % more or 32.6 m
      Maximum angle of ascent 83 degrees and 80 degrees 4 % more or 3 degrees

      3 reasons to buy Terex 2857:

      Gear box

      Maximum forward speed 119.1 km/h and 75 km/h 37 % more or 44.1 km/h

      Booms

      Minimum operating radius 1.5 m and 2.5 m 40 % less or 1.0 m
      Minimum height at maximum lifting angle 7 m and 11 m 36 % less or 4 m

      Neutral reasons:

      Sizes

      Transport length 12520 mm and 10530 mm
      Transport width 2680 mm and 2480 mm
      Transport height 3900 mm and 3580 mm

      Operation

      Tyre size 14 R25 and 10R 22.5F Goodyear G159, Rear 10R 22.5F Goodyear G124

      Gear box

      Transmission type ZF 12-speed gearbox with automatic control system AS-TRONIC and mechanical transmission

      Carrying part engine

      Manufacturer Liebherr and Ford
      Model D936L A6 and Powerstoke V8

      Images

      Sizes

      1. Transport length 12520 mm 1. Transport length 10530 mm
      2. Transport width 2680 mm 2. Transport width 2480 mm
      3. Transport height 3900 mm 3. Transport height 3580 mm

      Booms

      9. Minimum height at maximum lifting angle 11 m 9. Minimum height at maximum lifting angle 7 m
      10. Max. height at max. lifting angle without boom 50 m 10. Max. height at max. lifting angle without boom 17.4 m
      11. Minimum operating radius 2.5 m 11. Minimum operating radius 1.5 m
      12. Maximum working radius 40 m 12. Maximum working radius 16.8 m
      13. Maximum angle of ascent 83 degrees 13. Maximum angle of ascent 80 degrees