vs.

      Excalibur Equipment, LLC Gregory RSC4EX vs. Yale ERP 20 ATF (long wheelbase)

      3 reasons to buy Excalibur Equipment, LLC Gregory RSC4EX:

      Sizes

      Clearance 101.6 mm and 82 mm 19 % more or 19.6 mm

      Operation

      Maximum speed 13.5 km/h and 12.6 km/h 7 % more or 0.9 km/h

      Lifting mechanism

      Lifting speed 118 ft. / min and 65 ft. / min 45 % more or 53 ft.

      3 reasons to buy Yale ERP 20 ATF (long wheelbase):

      Sizes

      Turn radius 1675 mm and 1700.8 mm 2 % less or 25.8 mm

      Lifting mechanism

      Lifting capacity 2000 kg and 1814.4 kg 9 % more or 185.6 kg
      Lowering speed 96.5 ft. / min and 88.8 ft. / min 8 % more or 7.7 ft.

      Neutral reasons:

      Sizes

      Length up to fork surface 2109.2 mm and 2013 mm
      Overall width 1167.4 mm and 1076 mm
      Overall height with mast lowered 2234.2 mm and 2130 mm
      Maximum fork height 3301 mm and 3290 mm
      Wheelbase 1396 mm and 1495 mm
      Height to overhead guard upper part 2030 mm and 2058 mm

      Operation

      Working weight 3253.2 kg and 3300 kg
      Type of tyre Front 200/50-10 Rear 16x6/8 and improved semi-pneumatic
      Front wheels number 2 and 2
      Rear wheels number 2 and 2

      Motor

      Fuel type Electric and Electric

      Lifting mechanism

      Loading center 609.6 mm and 500 mm
      Mast forward tilting 4 degrees and 5 degrees
      Mast backwards tilting 8 degrees and 7 degrees

      Images

      Sizes

      1. Length up to fork surface 2109.2 mm 1. Length up to fork surface 2013 mm
      2. Overall width 1167.4 mm 2. Overall width 1076 mm
      3. Overall height with mast lowered 2234.2 mm 3. Overall height with mast lowered 2130 mm
      4. Wheelbase 1396 mm 4. Wheelbase 1495 mm
      5. Clearance 101.6 mm 5. Clearance 82 mm
      6. Height to overhead guard upper part 2030 mm 6. Height to overhead guard upper part 2058 mm
      7. Maximum fork height 3301 mm 7. Maximum fork height 3290 mm

      Lifting mechanism

      8. Mast forward tilting 4 degrees 8. Mast forward tilting 5 degrees
      9. Mast backwards tilting 8 degrees 9. Mast backwards tilting 7 degrees