vs.

      Jungheinrich TFG 670 vs. Steinbock Boss PE 30/500D

      5 reasons to buy Jungheinrich TFG 670:

      Sizes

      Clearance 250 mm and 120 mm 52 % more or 130 mm

      Operation

      Maximum speed 25 km/h and 7.3 km/h 71 % more or 17.7 km/h

      Motor

      Power 90 kW and 11.5 kW 87 % more or 78.5 kW

      Lifting mechanism

      Lifting capacity 7000 kg and 3000 kg 57 % more or 4000 kg
      Lowering speed 36 m/min and 30 m/min 17 % more or 6 m/min

      2 reasons to buy Steinbock Boss PE 30/500D:

      Sizes

      Turn radius 2165 mm and 3600 mm 40 % less or 1435 mm

      Lifting mechanism

      Lifting speed 36 m/min and 28.8 m/min 20 % more or 7.2 m/min

      Neutral reasons:

      Sizes

      Overall height with mast lowered 2550 mm and 2265 mm
      Height to overhead guard upper part 2510 mm and 2155 mm
      Length up to fork surface 3684 mm and 2403 mm
      Overall width 1820 mm and 1120 mm
      Maximum fork height 3300 mm and 5000 mm
      Wheelbase 2475 mm and 1673 mm

      Operation

      Rear wheels number 2 and 2
      Working weight 10500 kg and 4750 kg
      Type of tyre increased flexibility and solid
      Front wheels number 2 and 2

      Motor

      Model V8 5.7l and Electric Motor

      Lifting mechanism

      Loading center 600 mm and 500 mm
      Mast forward tilting 6 degrees and 6 degrees
      Mast backwards tilting 9 degrees and 6 degrees

      Images

      Sizes

      5. Clearance 250 mm 5. Clearance 120 mm
      6. Height to overhead guard upper part 2510 mm 6. Height to overhead guard upper part 2155 mm
      7. Maximum fork height 3300 mm 7. Maximum fork height 5000 mm
      1. Length up to fork surface 3684 mm 1. Length up to fork surface 2403 mm
      2. Overall width 1820 mm 2. Overall width 1120 mm
      3. Overall height with mast lowered 2550 mm 3. Overall height with mast lowered 2265 mm
      4. Wheelbase 2475 mm 4. Wheelbase 1673 mm

      Lifting mechanism

      8. Mast forward tilting 6 degrees 8. Mast forward tilting 6 degrees
      9. Mast backwards tilting 9 degrees 9. Mast backwards tilting 6 degrees